The world may have just gotten one very big step closer to viable, affordable electric cars. Fisker Automotive and the U.S. Department of Energy have agreed to loan terms for $528.7 million to bring an affordable electric car to the mass market.
If you’re looking for alternative fuel vehicles, the Middle East is likely the last place you’ll look. The place is just about swimming in crude oil. But a team of Iranian students and graduates have designed the plug-in EV you see here, called “Qasedak-e Nasir” or Dandelion of Nasir.
While it is hardly a game changer, this quirky little EV could mean big things for a country where there are about 15 people per 1 car.
Imagine driving from San Francisco to New York City in a plug-in hybrid Prius that uses algae for fuel.
At the beginning of this month the first ever algae-powered plug-in set off on a ten day coast to coast demo from California to show that a plug-in hybrid can be fueled with green crude.
The algae fuel for the plug-in Prius was supplied by Sapphire Energy. They are developing an algae fuel completely compatible with current gas pumps and pipeline infrastructure.
Read the rest of this entry »
Earlier this year, Colorado passed House Bill 1331, “Incentives for Efficient Motor Vehicles,” which creates new tax credits of up to $6,000 for the purchase of, or conversion to, a plug-in hybrid electric vehicle.
Background: plug-in hybrid and electric car retrofits.
The new credit will be a substantial discount off the average price of a plug-in conversion, which generally run around $10-14,000. On top of the Federal Tax Credit of 10% (up to $4,000), plug-in retrofits could start to make a lot of sense for some car owners.
Editor’s Note, 9/11/2009: based on remarks in the comments section (some unnecessarily mean), it is clear that I made a mistake concerning the actual rarity of “rare-earth” materials. Although they are abundant in the earth’s crust, it is the fact that it is exceedingly difficult to find them in high enough concentrations to make mining them profitable that makes them a concern for being resource-limiting. I’ve edited my post to make that clear.
As an electric car nut, one of the most common quibbles I hear often revolves around the perception that if we do make a wholesale shift to EVs, we are just trading one foreign, limited-resource addiction (oil) for another (lithium).
But, as it turns out, there is no shortage of lithium. Our own Karen Pease has written thoughtfully about this in the past, and today there is news that a single lithium mine in Nevada could produce enough of the stuff on its own to make 650 million Nissan LEAFs or 1 billion Chevy Volts (my thanks to the commenter at the end of the post over at greencarcongress.com for doing those calculations). And that’s just one mine in Nevada — mines all over the world also contain vast quantities of lithium.
And we all went happily down the road to our EV future. Nope. Lithium-shmithium. We may not have a shortage of lithium, but we are likely bound towards a future with a shortage of EV materials that you’ve never heard of — things with odd names like dysprosium, lanthanum, neodymium, and terbium.
Editor’s Note: This is a guest contribution by Nancy Gioia, Ford’s Director of Sustainable Mobility Technologies and Hybrid Vehicle Programs.
President Obama has set ambitious goals for wide-scale adoption of EV technology. Advances in battery technology will help bring more electrified vehicles to market for consumers and the desire to reduce CO2 emissions has increased attention on transportation alternatives like electric vehicles and plug-in hybrids.
There is a line being drawn in the sand between two-different types of hybrid cars. There are those that follow the model of the Toyota Prius and Ford Escape hybrid, which alternately use electric and gas power. Then there are those like the Volt which uses electric motors to drive the wheels while getting electricity from a small gas motor.
Lotus has developed a “range-extender engine” that falls into the latter catagory. It implements numerous money and weight saving features that could make extended-range hybrids even more appealing in the future.
It’s an Audi-tastic day! Johan de Nysschen, President of Audi US, certainly took some major heat over the interwebs today for his inflammatory and derogatory statements that the Chevy Volt is a “car for idiots” and that electric cars are only for intellectual elites to “make a statement.” They were especially curious comments because they came at the same time that Audi launched a website touting the power of electricity.
So, knowing how these things usually go, after some serious damage control conference calls between the Audi communications folks and higher level management, de Nysschen was probably forced to respond with a much more diplomatic take on his positions — what he should have done in the first place. It’s so hard to backpedal once you’ve said something as concrete as “you’re an idiot if you buy this car.”
Bring on the war of words. In a frank conversation with MSN writer Lawrence Ulrich, Audi of America President Johan de Nysschen has said that the Chevy Volt will fail and that anybody who buys the car is an idiot. Not only that, de Nysschen has lumped proponents of any type of electric car into a category of “intellectual elite who want to show what enlightened souls they are.”
I’m guessing that means a fair amount of the people reading this would be considered idiots and pompous intellectual elites in Mr. de Nysschen’s book. Funny that. Hearing an Audi executive mocking any other car as being for intellectual pompous elites is, err, interesting, given that Audi is known for being in exactly that category themselves. Agh.
What would happen if your Chevy Volt’s battery pack got wet during a carwash? What if you tried to drive it through a foot of standing water after a rainstorm? What would happen if you lost control of your Chevy Volt and drove it into a canal?
Water and electricity do not go hand-in-hand, exactly, and despite the excitement and energy surrounding Chevy’s upcoming Volt EV, a number of people are still asking questions about the basic safety of the Volt’s powerful batteries.
GM took those concerns to heart, and released some rare “behind-the-scenes” commentary on the car’s underwater testing on GM’s VoltAge blog.
-Above: the Nissan “Leaf” Electric Vehicle (learn more on the Nissan/eTEC partnership).
There’s been a tremendous flurry of activity in recent weeks with President Obama’s announcement of $2.4 billion in grants to accelerate the manufacturing and deployment of the next generation of U.S. batteries and electric vehicles. We at ECOtality and our subsidiary Electric Transportation Engineering Corporation (eTec) are thrilled to be a part of that activity as the recipients of $99.8 million grant for the largest electrification transportation project in history.
Our history in electric transportation dates back to 1989 and we have worked on every EV initiative in North America since then. Today, through our grant from the federal government, we’re embarking on an exciting project to truly make America plug-in ready: we are partnering with Nissan to deploy 5,000 zero-emission battery electric vehicles and 12,750 charging stations in five markets across the United States.
Three weeks ago, I wrote a story about the upcoming public debut of the Fisker Karma Plug-in Hybrid Electric Vehicle (PHEV). Well, it’s official. The Karma PHEV made its public driving debut over the weekend, just 19 months after being introduced as a concept car. Behind the wheel was Bernhard Koehler, co-founder and COO of Fisker Automotive. Fisker Automotive is just one of several companies, such as Bright Automotive, that have brought concept cars to market in less than two years - a feat I don’t believe any major automotive company in the states has ever accomplished.
“This demonstration represents a significant milestone for Fisker Automotive and PHEV technology,” said Fisker Automotive CEO Henrik Fisker. “The future of clean cars is bright.”
Editor’s Note: If you’re interested in converting your own car or a buying a plug-in conversion through group discounts, you can join this email list for electric cars.
Luscious Garage works exclusively on hybrids. Founded in 2007, it sits amidst early-20th-century storefronts in a quiet, tree-lined section of downtown San Francisco. Outside, a tire hangs high with a plant inside it—just a hint of what’s within.
The ground-level work area is unlike any you’ve seen before. The left wall is filled with colorful artwork. Then, you notice there’s no smell of oil or gas—and no pounding of compressors.
Are we stuck with our oil addiction? What if millions of our middle-aged vehicles could be reincarnated as superior versions of their youthful selves, while developing new revenue streams for Detroit? What if that “fix” could start reducing the billion a day we spend on imported oil, while creating tens of thousands of local jobs in communities and cutting greenhouse gases from fossil fuels?
Automakers could do all this—by thinking of vehicles as upgradable high-tech products. For example: A pioneering Chicago startup makes a prototype Ford F-150 pickup with an all-electric range of 30 miles per charge. After that it’s a hybrid, boosting the best-selling truck’s 15 city miles per gallon to 21. Read the rest of this entry »
Aptera Motors publicly debuted it Aptera 2e during TED 2009 this past February, but the company has announced that it will modify the interior of its Aptera 2e in its production models. According to the company’s newsletter, they did extensive consumer testing of the car and discovered some elements that would turn off consumers including cabin space, cargo space and well, space. So they fixed them.
The first major issue found was that there wasn’t enough space for men or women. I remember this being an issue in the first version of the Honda Insight as well. Very tall people couldn’t fit into the car. Like Honda, Aptera has gone about to fix this and using their Aptera formula - safety, then aerodynamics, then lightweight - they have increased the interior cabin by 10 percent. Read the rest of this entry »
Gas 2.0
Gas 2.0 digs into the viscous world of biofuels and the fast-paced transit arena, exploring the technologies and substances that are the future of transportation.
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