Priligy online now, save money
Automobiles

New, Efficient Dodge Dart Begins Production

After teetering on the brink of extinction, Chrysler is continuing its rebound with the start of production this week for the new Dodge Dart. The Dart marks Chrysler's return to the compact car segment. As other manufacturers have been doing, the Dart offers increasing efficiency through conventional improvements without relying on big technological changes like hybrids or electric drive.

One version, the Dodge Dart "Aero" model, is expected to offer "at least" 41 mpg highway according to a company press release.

The standard engine for the Dart is a 2.0 liter, 160 horsepower engine that gets an EPA fuel economy rating of 25 miles per gallon (mpg) City/36 mpg Highway/29 mpg Combined. An optional 1.4 liter MultiAir Turbo engine gets an EPA fuel economy rating of 27 mpg City/39 mpg Highway/29 mpg Combined. The "Aero" package, which will be available later this year, uses the smaller turbo engine along with extra features to boost that to 41 mpg Highway.

This is the kind of improvement all manufacturers are pursuing as fleet efficiency standards continue to push for greater efficiency across all segments of their vehicles. The super efficient vehicles may lead the way, but most of us will continue to drive more conventional cars for a long time to come, and the overall impact of improvement to the conventional segments far outweighs the benefits from the far less prevalent, super-efficient models.

via: Michigan Radio

 

Honda to Recycle Rare Earth Metals from Hybrid Batteries


If you follow clean tech news at all, you've heard of the impending shortage of rare earth metals that are used in everything from electric vehicle batteries to solar panels, which could cause major problems for clean tech growth down the road. The solutions to this problem are to both source alternative materials for these technologies and to develop large-scale recycling for these metals.

Honda has apparently been paying attention because it announced this week that it would start recycling the rare earth metals used in the nickel-metal hydride batteries in its hybrids to be used again in Honda vehicle parts.

Honda is the first auto company to take this on. According to the automaker, the partnership with Japan Metals & Chemicals is not a small experimental project. The recycling of these metals will be a mass-production process at a recycling plant -- the first of its kind in the world.

Japan Metals & Chemicals has established a process that can extract as much as 80 percent of rare earth metals in the batteries with purity as high as newly mined and refined metals. The metals will go on to be used in new batteries as well as other auto parts. Honda hopes to begin extracting the metals from additional auto parts soon.

via Honda
 

Examining Electric Vehicles' Emissions

A recent report suggests that electrical vehicles (EVs) are not always the cleanest option among automobiles when you take into account the source of the electricity used for recharging. According to the Union of Concerned Scientists report on emissions and electric vehicles, in some instances, electric vehicles may sometimes be responsible for more emissions than some very efficient conventional vehicles.

Obviously, the electricity used to charge the vehicle must come from somewhere, and the fuel mix used to produce electricity varies regionally across the US. In areas where the oldest coal-fired plants are a large part of the electrical grid, powering an electric vehicle may be responsible for emissions equal to as much as 340 grams/mile. But, only about 18% of the US population lives in these areas. For the great majority of the country, the mix used to produce electricity is cleaner, meaning that EVs are that much cleaner, too.

Although the UCS report does help make the important point that an electric vehicle is not somehow the perfect solution, it nevertheless should not be taken the other way and presumed to suggest that electric vehicles are some sort of scam being perpetrated on the public. Even in regions with the dirtiest grid, an electric vehicle is still about 20% better than the average new compact car in terms of global warming emissions measured in grams per mile.

EVs also have the potential to get better. If old coal plants are taken offline, and new, cleaner power plants or more non-polluting, renewable energy sources are added to the mix, then the emissions of the EV go down. Vehicles with conventional engines don't have the ability to do anything like that at all.

via: AutoGuide.com

 

Prototype Battery Explodes at GM Tech Center

A battery pack undergoing "extreme testing" caused an explosion at the GM Technical Center in Warren, Michigan earlier this week. Local news reports indicate that 5 people were injured in the explosion. According to a statement from the company, the battery that caused the blast is "unrelated to the Chevrolet Volt or any other production vehicle."

The GM statement also indicated that, "Chemical gases from the battery cells were released and ignited in the enclosed chamber. The battery itself was intact." Conventional automotive batteries can produce hydrogen gas which can explode in the presence of a spark or flame, as well.

This kind of news is likely to spur concers about the safety of electric vehicles from some corners, and GM has been quick to note that the accident was not related to any of their production vehicles in order to allay concerns from drivers of their vehicles. Accidents are an occasional consequence of stressful testing, and this shouldn't be taken as a sign that electric vehicles are somehow far more dangerous than previously thought.

link: Edmunds Inside Line

via: Michigan Radio

image: WXYZ News

 

The Electric DeLorean Could Hit the Market Next Year

Yes, you read that right. An all-electric DeLorean made its debut at the New York Auto Show last week and not just as a cool concept, but with an actual plan for production -- and soon. According to Autoblog, DeLorean Motor Company president Stephen Wynne said the DMCev should hit the market in early 2013.

The production model will feature a so-called "Flux Power" 32-kWh lithium iron phosphate battery pack and will have a max speed of 125 mph and a range of 100 miles. The EV will be able to go from 0 - 60 mph in under six seconds and the price tag is expected to be a steep $95,000.
The carmaker is currently testing different motor/inverter combinations for the EV and has about 200 pounds to shave off the prototype before a production model is ready for the road. When those problems have been solved, the DMCev will be built in Houston, TX. Check out the video above of a ride in the prototype.
 
Start   Prev   1 2 3 4 5 6 7 8 9 10   Next   End

Page 5 of 182

Are you an EcoGeek?

We've got to keep 7 billion people happy without destroying our planet. It's the biggest challenge we've ever faced....but we're taking it on. Are you with us?