Chrysler Pulling Plug on EV Development? Maybe Not
It wasn’t all that long ago that Chrysler Corp. pocketed more than $12.5 billion in government bailout funds to avoid a bankruptcy filing, promising on the way to the bank to build more fuel efficient cars and produce electric vehicles by 2011.
About three years later the U.S. carmaker has launched no hybrids – although plans for them remain in the works – and its ENVI electric vehicle program is fading fast in the rearview mirror largely because of a strategic decision by Fiat. Fiat received a 20 percent stake from the U.S. in exchange for the Italian carmaker’s more fuel-efficient chassis and engine technology, and is apparently calling the shots now at Chrysler.
Oh the irony.
Electric Cars Should Be Customized for Different Drivers: Report
A report released recently by McKinsey and Company argues that electric car makers should consider engineering their vehicles for different market segments, rather than try and build a “one size fits all” electric car.
According to the report, the “one size fits all” model means a longer range, and thus a larger battery, than many drivers need. For instance, people who use the car mainly to drive around town use significantly less juice — less than half, according to the report — than someone using the car to commute to work on highways. (Most of that difference comes not from the increased range required by commuting, but by the higher speeds on the highway, which drain power dramatically.)
Plastic Made With Wheat Straw Cuts Ford’s Petroleum Use
For years, Ford has been experimenting with materials to cut its petroleum use, and the 2010 Ford Flex will showcase the latest fruits of its labor. The Flex’s third-row storage bin will have a 20 percent wheat straw-based plastic content.
While the change may seem small, it will cut manufacturing petroleum by 10 tons and CO2 emissions by 15 tons, and cut the storage bin’s weight by 10 percent — thereby saving the end consumer a small amount of fuel, as well. Similarly, in late September, Ford announced that it is now using soy-based foam in seat cushions and backs and interior roof covers, a change that saved 750 tons of petroleum in the manufacturing process. The soy foam is also 25 percent lighter than petroleum foam.
EV Tech Center Abuzz Over an Electrified Future

Photo courtesy Southern California Edison
Electric vehicles and the changes they promise to bring to our transportation infrastructure are making lots of headlines these days, but to Ed Kjaer, the director of Electric Vehicle Tech Center, EVs are old hat.
Kjaer drives an electric Toyota RAV-4 every day. He’s logged 83,000 miles on the rig, which he drives to Southern California Edison’s Pomona facility, home of the EV Tech Center. And when he gets to work, it’s all EV, all the time. It’s clear from talking to Kjaer that he’s an EV advocate. But EV technology is about more than just zero-emission vehicles. It’s about a new approach to energy management and storage.
Step inside the EV Tech Center and the first thing you’ll notice, aside from shiny new electric concept cars from the likes of Ford and other carmakers, is an electrical buzz—similar to the buzz you’ll hear walking past power lines in a rain storm. Must be all those power and battery systems that researchers in the lab are putting through their paces. Of particular focus, not surprisingly, are banks of automotive grade lithium-ion batteries.
Landmark “Electrification Coalition” Plays Down Environmental Benefits of EVs, Plays Up Oil Dependence
More than a dozen top executives ranging from Nissan’s Carlos Ghosn to David W. Crane of NRG Energy and Frederick W. Smith of FedEx Corporation jointly announced Monday the launch of the Electrification Coalition, a serious and rigorous industry-backed non-profit with the goal of having 75 percent of all miles driven in this country in 2040 powered by electricity.
The non-profit, non-partisan Coalition’s first act was to release the Electrification Roadmap, a 91-page report “detailing the dangers of oil dependence, explaining the benefits of electrification, describing the challenges facing electric cars, and providing specific policy proposals to overcome those challenges.” The Roadmap is available from the organization’s website. For anyone the slightest bit interested in the challenges and promise of electric cars, it’s required reading.
SoCal Edison: On Teaming with Titan Automakers, and Sharing Customers

Photo courtesy Southern California Edison
The smart grid is coming! And so are (again, finally) electric cars! Want to know how this makes Ted Craver, the president and CEO of electric power generator and distributor Edition International, feel? Excited. And scared.
“We’re looking at the confluence of public policy, environmental issues writ large, and enabling technologies that are really going to change our industry, and our company, dramatically. We’re going to be dealing with more industries, which means more change and stress on business models,” he told a group of journalists touring Southern California Edison’s Electric Vehicle (EV) Tech Center in Pomona, Calif., on Friday. “It’s exciting, a little scary, and [it's] something that will determine the future of this company for the next 100 years.”
We’ve written before about the growing interdependency between automakers who are developing electric vehicles and the utility providers that will provide the fuel for these cars. And we’ve heard from Ford about its work in developing its electric vehicle program and the partnerships it is forming with utility providers.
But what do utility providers have to say about this new vision for transportation?
Will GM Declare “Environmental Bankruptcy”?
One of the nice things about bankruptcy is that certain debts are forgiven and you get something of a clean slate. That may be fine in a strictly financial sense but when environmental externalities are concerned it may be playing fast and loose. General Motors, long criticized for being a laggard on many fronts, agreed some time ago to be a primary participant in a voluntary resource recovery program known as End-of-Life Vehicle Solutions (ELVS). One of the primary purposes of ELVS is to recover Mercury from automotive switches when vehicles are scrapped. A massive 39,000 pounds of the substance remains to be collected according to activist group Mercury Policy Project.
ELVS Has Not Left the Building, But He’s at the Door…
Climate Change: The Cost of Inaction Continues to Rise

For those who oppose any kind of meaningful action on global climate change, consider the latest findings on the cost of inaction.
According to the International Energy Agency (IEA), the world will have to spend an extra $500 billion to cut carbon emissions for each year it delays implementing serious action on global warming. This would be on top of the $10.5 trillion investment needed from 2010 to 2030 to boost renewable energy development and improve energy efficiency.
Of that $10.5 trillion, the IEA states that about 45 percent, or $4.7 trillion in investment will be in transportation. Just one more reason we continue to remain so bullish on the electrification of our transportation infrastructure, mass transit and high speed rail.
Ford, Partners, to Focus on the “E” in EVs
There are different estimates and projections regarding when, and if, electric vehicles (EVs) will transform our transportation infrastructure, but one thing seems certain: carmakers won’t be able to transform the infrastructure on their own.
Last month I attended a forum presented by Ford in which it previewed its upcoming electric vehicles—the battery electric (BEV) Transit Connect (a utility van) due in 2010, followed by BEV Focus sedan in 2011 and plug-in hybrid (PHEV) in 2012. Nancy Gioia, Ford’s director of global electrification, also provided an overview of the tooling and manufacturing systems that Ford has put into place in order to hit its production targets for EVs while also maximizing its current manufacturing models—i.e creating production lines that can be used for building vehicles with electric, hybrid or fuel-based engines.
But the real work starts where EV production ends.
Is Bike-Sharing Becoming Bourgeois?
Bike-sharing programs are gaining momentum throughout Europe and even in car-loving US cities, but vandals and thieves are doing a bang-up job of chipping away at that momentum, and adding cost to the programs—especially Paris’ Velib scheme, as we’ve reported in the past.
But a recent New York Times article explores the problem with bike-sharing vandalism in Paris from another angle, saying that “resentful, angry or anarchic youth” are destroying the bikes because the bikes are “seen as an accoutrement of the ‘bobos,’ or ‘bourgeois-bohèmes,’ the trendy urban middle class,” and, as such, they “stir resentment and covetousness.”
Or at least, these are the findings of police and sociologists who are studying the trend. While some bikes are stolen and shipped abroad for profit, a great number of them are simply trashed—tossed in creek beds or dismembered and left on curbs.
Transit and Trails: Connecting People to Nature on Public Transit


Don’t own a car, but want to get out to one of the Bay Area’s hundreds of parks and trails? Or perhaps, you are trying to reduce your carbon footprint and wondering how to get to your favorite hike without using your car?
Transit and Trails is a new resource for outdoor enthusiasts who want to leave their cars behind and easily get information on how to take the bus (or ferry) to reach Bay Area hiking trails and campgrounds.
A project of the Bay Area Open Space Council (BAOSC), the new interactive website identifies hundreds of trailheads and 150 campgrounds to explore across the Bay Area’s 1.2 million acres of preserved lands. Just enter your starting location, and roughly how far you want to venture, and the site suggests possible hikes and featured trips. Once you decide where you want to go, it connects with the Metropolitan Transportation Commission’s 511 Transit Trip Planner to provide a detailed trip itinerary, complete with a map, transit times, fares and walking directions to and from the transit stop.
Mitsubishi Chemical Uses the Sun to Chill Out Trucks
Somehow it’s a fitting juxtaposition: using solar power to cool down.
Mitsubishi Chemical has developed a solar technology system that enables solar cells to power air conditioning units in the cabin of trucks, according to reports from Kyodo News International and BusinessGreen.
The result: reduced fuel consumption and CO2 emissions.
Japan’s biggest chemical manufacturer, based in Tokyo, last week demonstrated a 10-ton prototype tractor-trailer truck equipped with solar cells. They are installed on the tops of wings that can be lowered over the container compartment.
The solar cells are based on Mitsubishi Chemical’s thin-film solar technology. Two types of cells achieve a maximum output of 900W, and excess power can be stored in a battery for use on rainy or overcast days.
Can Ford Motors Deliver on its Sustainability Promises?
Ford Motor Company may not be the first name that comes to mind when you think about large corporations that are committed to sustainability. After all, the company is one of the oldest and largest industrial corporations around, and produces many of the large SUVs and trucks that are at the center of the current climate controversy. So it may be surprising for some to learn that the company actually has a very extensive sustainability strategy in the works.
Several pieces of this strategy were unveiled in San Francisco last Thursday, at an event entitled Inside Ford’s Electrification Strategy. Ford’s newly-titled Director of Global Electrification, Nancy Gioia, explained how the company is not only planning to build battery-electric (BEV) and plug-in hybrid electric (PHEV) vehicles, but is also working on strategies to build the infrastructure that will support those vehicles. Attendees at the event were also invited to test-drive two news Ford vehicles, the Escape PHEV and the Focus BEV. While my fellow 3P colleague, Mary Catherine O’Connor, will be posting an in-depth look at Ford’s electrification strategy itself, I would like to talk about the company’s overall strategy.
Sinautec Makes Ultracapacitors Work

Ultracapacitors are the Holy Grail of clean transportation: they’re powerful, they’re reliable, they’re relatively inexpensive and they charge in minutes. But they also discharge in minutes, and that’s the problem companies like EEStor and Altair Nano are working furiously to combat. Even the best ultracapacitors have about five percent of the average lithium-ion battery’s storage capacity.
But Sinautec Automobile Technologies, a capacitor company based in Arlington, Virginia, has decided to to turn the technology’s weakness into its advantage. Along with Chinese partner Shanghai Aowei Technology Development Limited Corporation, Sinautec has developed an ultracapacitor-powered bus that charges quickly every few stops. A collector on the bus roof extends to overhead power lines, and in minutes the batteries — called banks — charge fully.









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