A remarkable new study predicts that at least 14 million electric cars will be zooming around the US by 2020, and reckons that EVs could account for a startling 75 percent of all light-duty miles driven by 2040.
The ambitious claims form part of an in-depth study, called the Electrification Roadmap, backed by a coalition of business leaders including Nissan, FedEx, Coda Automotive and Coulomb Technologies.
Nissan CEO Carlos Ghosn making remarks at the US unveiling of the Nissan LEAF.
(Photo: Nick Chambers)
Back on the campaign trail last year, President Obama set a goal of having 1 million plug-in hybrid and electric cars on US roads by 2015. Since the campaign promise, the Obama administration has made available billions of dollars for the development of plug-in hybrids, electric cars, and smart energy grids—mostly for the ultimate goal of actually reaching 1 million plug-ins on the road by 2015.
Last Friday, at the Los Angeles unveiling of the upcoming Nissan LEAF electric car, Nissan CEO Carlos Ghosn indicated that the president’s goal of 1 million electric cars was quite obtainable, in fact he said that number will be easily surpassed.
One hangup for a lot of folks unsure of electric drivetrains is the cost. Most electric cars are out of the price range a majority of the population can afford, at least right now. Costs will go down as the technology spreads.
Brammo is getting a head start though, dropping the sales price of their Enertia Electric Motorcycle from $11,995 to $7,995, a 33% cut in price on a motorcycle that has only just hit the scene.
A lot can be said about Toyota’s hybrid flagship, the Prius. Heck, a lot already has been said about the odd, egg-shaped, fuel sipping little car. Love it or hate it, the Prius has been a sales success story, selling more units than all other hybrids combined while creating a cult of hypermilers and green geeks.
Looking to cash in on the success of the Prius, Toyota is reportedly planning to launch an entire line of Prius automobiles, perhaps even as its own sub-brand. The first contender for a new Prius badge is likely to be either a wagon or SUV, directly addressing the whole lack of cargo room on past Prius models.
If we need just one more reason to be convinced that the era of fossil fuels is quickly winding down, 30,000 square feet of evidence is going up right now in the suburban Detroit town of Warren, Michigan. That’s where the U.S. Army is building its new Ground System Power and Energy Laboratory (GSPEL), and it’s no accident that the site is deep in the heart of the U.S. auto industry.
The high tech GSPEL complex features eight separate laboratories, all dedicated to the development of more sustainable military vehicles and related systems: increasing energy efficiency, using more renewable resources, focusing on ready access to energy and power, and reducing environmental impacts. It’s all part of the military’s overall drive to shed fossil fuels—both foreign domestic—and focus on energy security for the 21st century.
VW’s new electric concept car is not due out of vaporware world until 2013, a bit later than most of the autoworld’s introduction of electric vehicles. But the eUp! may be worth waiting for.
The styling harkens back in time to the original wagon designed for us simple volks—the Beetle. Just as in that class defining car, for the eUp! simplicity, purity and durability are to be the guiding forces, say the design team of de Silva, Bischoff and Manzoni.
For example, that iconic VW logo on the front? Concealed neatly behind it is the integrated charging port.
The City of Copenhagen has announced the establishment of its first hydrogen fueling station, alongside a mini-fleet of fuel cell vehicles, and hopes that the move will help it towards the ambitious goal of becoming the first carbon-neutral capital city in the world by 2025.
Following the recent news of a growing hydrogen fueling system in Germany, the new facility also opens up the intriguing proposition of a cross-border European hydrogen infrastructure.
According to grandly titled Technology and Environment Mayor Klaus Bondam, “Today we are putting Copenhagen on the map as a champion of clean transport. Together with [fuel cell vehicle integrator] H2 Logic, Copenhagen is setting in motion the development of hydrogen transport in Denmark and in northern Europe, because the hydrogen filling station in Copenhagen will help provide future hydrogen-powered vehicles from Scandinavia and Germany with hydrogen.”
Beijing Automotive Industry Holding Corp (BAIC) has unveiled a new electric car, the BE701, in a bid to challenge domestic rivals BYD and Chery for a slice of the Chinese zero-emissions market.
The BE701, (catchy name or what?), is loosely modelled on the sedan concept showcased at last year’s Beijing motor show (above), although a rare image of the final product proves that it looks a lot less stylish in reality. The car can travel up to 200 kms (124 miles) on a full charge, and tops out at a highly competitive maximum speed of 160 km/h (100mph).
The company, which partners german car-giant Daimler AG, has not yet revealed a mass-production schedule for the BE701, but has unveiled details of its spanking new clean energy vehicle development and manufacturing facility, involving a total investment of 2.28 billion yuan ($334 million).
In Los Angeles this morning, at the United States unveiling of the Nissan LEAF electric car—set to hit showrooms in late 2010—Nissan CEO Carlos Ghosn was enthusiastic and clearly proud of the position the Nissan-Renault Alliance has taken as a leader in the development of electric cars and charging infrastructure.
“The LEAF is a new paradigm of the car,” said Ghosn. “LEAF represents a totally new transformational technology that will change the way people drive, use, and power their vehicles. And the time is right for this breakthrough.”
According to two unnamed sources as reported in the Guardian—one current International Energy Agency (IEA) employee and one former—the IEA has been purposely painting an overly rosy picture of the remaining available world oil supplies to avoid panicking the public. Apparently this obfuscation has been a result of heavy pressure from the United States.
As one whistleblower put it, “Many inside the [IEA] believe that maintaining oil supplies at even 90m to 95m barrels a day would be impossible but there are fears that panic could spread on the financial markets if the figures were brought down further. And the Americans fear the end of oil supremacy because it would threaten their power over access to oil resources.”
Some of you may not be aware of the intricacies of the British parliamentary system, but one of its stranger quirks is something called the House of Lords - an amalgam of hereditary aristocrats, ageing bishops and a range of other assorted oddballs.
Over the years (centuries), this ‘upper house’ has cultivated something of a reputation for eccentricity - but the latest outburst from Conservative Lord McColl takes the biscuit. In order to tackle the safety risk posed to pedestrians by quiet electric cars he suggested the following proposal:
“My Lords, does the Minister accept that there might be a simpler solution? When I purchased one of these cars a few years ago, my wife, being very practical, said that the answer would be to put on the front of the car a small Swiss cowbell….”
Back in September we reported that French Car-maker PSA had teamed up with Mitsubishi to make an electric vehicle based on the zippy i-MiEV. Well, this week it seems that the partnership has come to fruition, after Citroen unveiled the C-Zero, an all-electric car set to hit the showrooms late next year.
The compact C-Zero features an identical drivetrain to the i-MiEV, with a lithium-ion battery powering a 64bhp electric motor (see video after the jump).
In recent years, GM stuck the SS badge on more cars than it didn’t. For a long time the Super Sport moniker meant something, but sticking it on a turbocharged HHR delivery wagon did nothing to improve the General’s image. In a bit of an acknowledgment that maybe they went too far with the SS badge, GM has dumped many of these mistakes recently; currently the only vehicle with an SS badge is the Camaro.
So what does any of this have to do with Gas 2.0? GM’s vice-chairman, Bob Lutz, did not rule out the possibility of a Volt SS. Furthermore, the rumor mill is reporting that GM has given the green light to the Volt-based Cadillac Converj, a concept car that debuted earlier this year.
The tapering tail is no secret among scientists for improving stability and fuel efficiency. Many high-mileage concept cars feature just such a design to smooth the aerodynamics of the vehicle. Now imagine applying the same concept to container trucks that log more miles in a year than most of us travel in five.
A Dutch public-private enterprise did just that, adding a 6 foot long tail to the end of a tractor trailer truck. The results from two years of testing were a 7.5% increase in fuel efficiency, and thus a similar decrease in emissions.
Editor’s Note: Corey Weaver is a Ford Technical Expert and EcoBoost’s project leader.
One of the great challenges for automakers today is determining which technology or group of technologies will be the most effective in increasing fuel-efficiency and lowering greenhouse emissions - while still meeting the performance, quality and price car-buyers expect. The array of choices available and under development is significant, ranging from turbo charging, direct injection, six speed transmissions, electric power assist steering, weight reductions, electrification, bio fuels and hydrogen fuel cells.
We know there is a viable future for some of the most advanced technologies, but we also recognize not all of them are market-ready or affordable for consumers. Even advanced technologies take time to gain widespread acceptance. For instance, despite mainstream acceptance of hybrid technology, hybrids remain less than 3% of the market.
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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