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After last year’s pathetic edition of the North American International Auto Show in Detroit, the premier American car show is making an attempt to get with the times by adding Electric Avenue, presented by the Dow Chemical Company.

The area will have electric cars from major manufacturers on display, plus information from the suppliers and universities developing the new technologies found in the cars. There will even be a track where attendees can take electric cars for a test drive. The indoor course “winds through natural surroundings,” says the NAIAS web site, which sounds suspiciously like the horrid little track in the basement that they had last year.

Remember a couple of weeks ago when Chevy announced its contest to name the greenish-silver paint on the Volt? Well, the contestants have been narrowed from 13,000 to three, and you can vote until 8 a.m. Eastern Time on December 1.

Your choices are:

  • The uber-geeky “Veridian Joule”
  • The tasty “enviroMINT”
  • The painfully punny “EV-ergreen”

Did you submit a name that didn’t make it to the final round? Share your genius in the comments.

Electric vehicle manufacturers have been promising for years that as soon as economies of scale were in place and manufacturing became more efficient, the price of those vehicles would drop. Well, Brammo, Inc., is putting its MSRP where it’s mouth is and dropping the price of its Enertia electric motorcycle a mere six months after introducing it.

The company made a deal with electronics retailer Best Buy to sell the motorcycles on the West Coast, and it must be working out if they feel they can already drop the price by a third. When the bike made its debut over the summer, it retailed for $11,995. These days, that same electric motorcycle is $7,995. And that’s before any federal or state credits for zero-emissions vehicles.

At these prices, you can add the Enertia to your Solstice list.

I’m not sure if this is science at its best or a bit creepy: Toyota has created two new species of flower to offset the carbon emissions at its Prius factory in Japan. And that’s not even counting the grass. Or the fact that they planted the flowers in a sunset pattern.

According to Popular Science:

  • The Toyota version of cherry sage absorbs greenhouse gases through its leaves
  • The Toyota version of gardenia acts as a humidifier to cool the factory grounds and reduce the need for a/c
  • The Toyota grass, which used to need mowing three times a year, now only needs a trim once a year

Is Toyota harnessing the power of science for good or evil? Grow your opinions in the comments.

Leave it to the Aussies. A Tesla owner and his friend drove 313 miles, from Australia’s Northern Territory to South Australia, on one fully-charged battery. The cap over the socket was sealed at the outset.

Owner Simon Hackett and his friend Emilis Prelgauskas took 12 hours to drive that far, averaging 34 mph. So no speed records were set, certainly, but they did set a world record as part of the Global Green Challenge.

Tesla’s published range for the battery is 200 miles under normal driving conditions, so the Australian roadster did better by half than expected. Granted, the guys were keeping the throttle as steady as possible to conserve energy, but it’s a reassuring result for consumers wary of battery range.

Chrysler’s ENVI division was responsible for creating electric vehicles like the sporty Dodge Circuit EV we saw at the Detroit Auto Show last year, along with electric minivans and Jeeps.

But fear not, domestic electric car fans. While the ENVI program is no longer a stand-alone entity, the work its done for the past few years will not be forgotten. The program will become part of the normal vehicle development process, with just as many — if not more — people working on the projects, according to the Detroit News.

Chrysler’s new electric vehicle plan, in conjunction with its new partner Fiat,  includes:

  • 2010 Dodge Ram two-mode hybrid pickup
  • 2011 Dodge Ram plug-in and minivan hybrid – test fleet only
  • 2011 (or 2012) Fiat all-electric commercial van

The Renault Zoe Z.E. is scheduled for production in 2012, but the “spa” concept car has  a curious partner: L’Oreal’s Biotherm skin care department. The Zoe Z.E. is “aimed at people making daily local trips and looking for a car that brings them health and wellbeing,” according to a Renault press release.

The all-electric, zero-emissions car has a roof with an intelligent membrane to insulate against heat and cold (both of which can wreak havoc on a person’s  complexion) and photovoltaic cells to capture the sun’s energy (so drivers can glow with eco-self-satisfaction). And, in case you think I’m making fun, here’s another line from the press release: “ZOE Z.E. boasts the finest in air filtration and purification technology to fully protect the health of passengers and keep their skin young-looking.”

The ZOE Z.E. does have some practical tech bits. Standard recharging takes 4 to 8 hours, depending on the voltage at the socket. It’s capable of fast charging in 20 minutes at special charging stations, and it uses a “Quickdrop” system for swapping out battery packs at exchange stations.

Ford Motor Company announced that it will be using a wheat-straw-reinforced plastic in the interior storage bins of the 2010 Ford Flex. While this might seem like a baby step — and it is — Ford says the change to a 20% wheat-straw plastic will reduce petroleum use by 20,000 pounds per year and CO2 emissions by 30,000 pounds per year. The wheat straw itself is a byproduct of processing the grain.

These numbers are drops in the pollution bucket, but you have to start somewhere. Ford says it will be using the biomaterial in other places and other vehicles in the future. This is in addition to Ford’s soy-based polyurethane seat cushions and headliners, seat fabrics made from post-industrial recycled yarn, and post-consumer recycled resins for underbody covers.

A wee bit of wheat trivia, courtesy of the Ford press release: This isn’t the company’s first foray into the wheat world. In the 1920s, Henry Ford developed Fordite, a mixture of wheat straw from his farm, rubber, sulfer, silica, and more, that he used to make steering wheels.

A dozen of the contenders for the Progressive Automotive X Prize were on hand in the “Making Green Cool Zone” at SEMA 2009 in Las Vegas. I’ll keep the text short — you know by now that this is a competition to create a buildable, drivable car that gets 100 MPGe with a $10 million purse — so you can peruse the cars below.

  • Team Hydrophi Ford 500 PHI Ride
  • Team Future Vehicle Technologies eVaro
  • Team Edison 2 Very Light Car
  • Team EVI Wave 2
  • Team Tango
  • Team Optamotive Surge
  • Team Aptera 2e

While the Toyota Prius gets the Aerius treatment at the official Toyota booth, there’s a way cooler, totally pimped version at the other end of the “Making Green Cool Zone” at the 2009 SEMA show in Las Vegas. Like all the best supercars, the doors on this Prius up, and the gold-and-green flake paint job lets people know you care about looking styling as much as you care about the environment.

Stay tuned for more posts from SEMA, including more on the Prius Aerius and announcements from the X Prize people.

It’s no surprise to learn that people are buying fewer cars these days than they have in years. An article in the Sunday New York Times by Micheline Maynard explores why exactly that is, and it’s pretty encouraging. While the expected reasons rise to the top of the pile, like the awful economy and a turn toward the green side of transportation, there are more nuanced reasons in there.

What Ms. Maynard found, in a nutshell:

  • One woman would rather spend her limited funds on health insurance than a car, insurance, and parking
  • Empty-nesters are moving from suburbs to cities and shedding cars as they go
  • Personal transportation like the P.U.M.A. may gain traction among carless commuters
  • And, of course, people have switched to bikes and public transportation for environmental reasons

The article explores the major shift away from car purchases as an emotional, status-based purchase. Have you given up your car? Are you car sharing? Car pooling? Riding a bike, like 8% of Portland, Oregon, commuters? Do you feel like you have to have a car, given your commute or family situation? Tell us your experience in the comments.

Nissan announced dates for its Nissan LEAF (did you know they capitalize that name? Me neither) Zero Emission Tour in the next few months. No test drives — the car on tour is a left-hand drive Japanese prototype — but if you’ve got questions about the car, or electric cars in general, I’m sure the Nissan reps would be happy to answer.

Most of the dates are on the alterna-fuel lovin’ West Coast, with stops in Detroit to rub it in and Tennessee, where Nissan has its U.S. headquarters.

The sked:

Southern California
Los Angeles: Nov. 13-17
Orange County: Nov. 18
San Diego: Nov. 19-21

Northern California
Berkeley/Walnut Creek: Nov. 23-24
San Francisco: Nov. 25-29
Santa Rosa: Dec. 1
Sacramento: Dec. 1
San Jose: Dec. 3-6

Pacific Northwest
Seattle: Dec. 8-12
Vancouver, Canada: Dec. 14-15
Portland, Ore.: Dec. 17-23

Southwest
Phoenix/Tucson: Dec. 30-Jan. 5
Las Vegas: Jan. 6

Midwest/East Coast
Detroit: Jan. 11-13
Knoxville/Chattanooga, Tenn.: Jan. 16
Middle Tennessee: Jan. 19-21
Washington, D.C.: Jan. 26-28
Raleigh, N.C.: Jan. 29
Orlando: Feb. 1-2

Texas
Houston: Feb. 5-6

New York
New York City: Feb. 9-14

You’ve seen pictures of the Chevy Volt — that thing has been unavoidable for nearly two years now. And it’s always shown in that distinctive space-age silver with a slight greenish sheen. It turns out that paint color is nameless, and Chevy wants you to come up with something clever.

The prize, should your clever paint name win, is to test drive a pre-production Chevy Volt in Los Angeles. Use your coffee breaks to come up with good ideas, then submit them by November 4. Three finalists will be announced on November 16, and the good people of the Internets will vote for the winner, who will be announced on December 1.

The Kia Forte sedan is zippier than you’d expect from a car that gets 31 mpg on the highway, and it did rate a 7 out of 10 on California’s Global Warming Score (higher is better). But calling it “green” would be a stretch.

The 2.4-liter, 4-cylinder engine and 5-speed automatic transmission go a long way toward making the Kia Forte a fuel sipper rather than a gas guzzler. There’s a green “eco” light that comes on to the right of the speedometer to indicate when your driving style is saving fuel. The problem with the light is that it can blink on and off as you slow for traffic then speed up for a green light. Catching it out of the corner of my eye, I kept thinking I’d left my right blinker on. It also wasn’t enough of a reward to encourage good driving habits.

If you have family or friends who need to trade in a gas hog of an SUV or pickup truck, and they’re not ready to go hippie-dippy hybrid, the Kia Forte would be a good transition car. It’s got lots of pep in the gas pedal — which doesn’t lend itself to green driving — but the engine size and transmission keep you from burning too much fuel, no matter how you drive.

In the end, after a week of driving, I got a combined 26 mpg, with about equal highway and street driving. It sounds odd to say, since that’s a perfectly respectable number, but I expected higher. For about the same price, a person could get a Honda Insight, which gets 43 mpg on the highway but lacks the quickness of the Kia.

2010 Kia Forte SX Info

  • 2.4-liter 4-cylinder engine
  • EPA rated at 23 mpg city/31 mpg highway
  • Tons of safety equipment
  • MSRP as tested: $19,795

This car was provided for review by the manufacturer at no cost to the reviewer.

These are your tax dollars at work, people. (Unless you live outside the U.S. But your tax dollars are doing something equally worthy, I’m sure.)

Let’s start with the electric vehicles: After Energy Secretary Steven Chu eliminated funding for hydrogen fuel from his budget, the Senate has reinstated it for the department’s 2010-2011 budget. Chu prefers straight-up battery electric vehicles for the future of greener transportation, but he says he’ll work with Congress on hydrogen fuel cell-powered electric vehicles.

Speaking of electric vehicles, you may have noticed that many of the EVs on the road today, especially neighborhood electric vehicles, have three wheels instead of four. Thanks to some heavy lobbying by Aptera and its three-wheeled brethren, Congress has extended research and development loans to manufacturers of safe, high-mileage vehicles, even if they are short a wheel.

Requirements for the loan:

  • Vehicles must be fully enclosed
  • Vehicles must meet all the same safety standards as conventional vehicles
  • Vehicles must carry two adults
  • Vehicles must average 75 mpg or equivalent

The Progressive Insurance Automotive X Prize made its first round of cuts, leaving 43 teams still in the running for the $10 million prize. All these teams have passed round one — design judging. Round two, which will examine the technical feasibility of the entrants, begins in spring 2010.

Those still in the running include corporate teams, like Tesla and Zap, and schools like Western Washington University, Cornell, and a team from a West Philadelphia high school. For the conspiracy buffs, Illuminati Motor Works has made it past round two. International teams from Italy and Switzerland made the cut, too. And of course the space-age white Aptera 2e is hanging in there.

For a complete list of the teams so far, and a detailed description of the prize, visit the X Prize web site.

The Environmental Protection Agency published its official gas mileage numbers for the 2010 model year, including the leaders in each segment. Guess who won overall? Yeah, it was no contest, and no surprise: the 2010 Toyota Prius, with its 51 city/48 highway rating beat all the competition.

The other thing to note about the list is that out of ten cars with top fuel economy, only one is not a hybrid, the Smart ForTwo. If you take a gander at the top two cars in each category at FuelEconomy.gov, the fuel type varies a bit more, with Audi and Volkswagen scoring well with their diesel wagons.

  1. Toyota Prius Hybrid: 51/48
  2. Ford Fusion Hybrid: 41/36
  3. Honda Civic Hybrid: 40/45
  4. Honda Insight Hybrid: 40/43
  5. Lexus 250h Hybrid: 35/34
  6. Nissan Altima Hybrid: 35/33
  7. Ford Escape Hybrid: 34/31
  8. Smart ForTwo: 33/41
  9. Toyota Camry Hybrid: 33/34
  10. Lexus RX450h Hybrid: 32/28

Let’s start with what you want to know about the 2010 Ford Fusion Hybrid: I drove it for one week on city streets and freeways, in traffic and on clear stretches, and got a combined 37 mpg.

There are two things I love about the Fusion Hybrid: the LCD instrument cluster and its car-like appearance. The instrument cluster is as addictive as a video game — even though its designers were asked to tone done the gamey-ness of it. A green box to the left of the speedometer pops up when driving to let you know when you’re using EV mode, and I was obsessed with driving under battery power alone as much as possible. Not just for the good of the environment, mind you. Eco-friendly driving earns you a bushel of leaves over on the right side of the LCD screen. I wanted leaves! More leaves!

The exterior styling might not strike some people as anything to write home about, which is exactly why I like it. Personally, I prefer a bit more adventuresome designs, but the Fusion Hybrid looks like a regular car, not a lunar lander. This is a four-door sedan my mom, or even my grandmother, would feel comfortable tooling around in. The change from electric to gas power and back again is seamless, as is the start/stop technology.

When you turn the car off, the LCD readouts slide behind the speedometer and a trip summary pops up so you can see the number of leaves you earned and get detailed numbers on your fuel consumption. I delighted in telling everyone things like, “I drove all the way here — 12.5 miles — and only used .2 gallons of gas.” Everyone I told this to suppressed an eye roll, which I appreciate.

2010 Ford Fusion Specs

  • 2.5-liter 4-cylinder engine
  • CVT transmission (no gears)
  • Full hybrid with regenerative braking
  • EPA fuel economy: 41 mpg city, 36 mpg highway
  • My fuel economy: 37 mpg combined
  • MSRP as tested: $27,270

This car was provided for review by the manufacturer at no cost to the reviewer.

It’s no secret that speed bumps are irritating, but it may help to know that driving over them will generate electricity — at least at the Four Seasons Hotel in Washington, D.C. or a McDonalds in New Jersey.

The speed bumps, called MotionPower, are built by New Energy Technologies. According to a post on the New York Times’ Wheels blog, the action of a car driving over the bump sends the energy to a generator. A green light comes on to let you know it’s working.

No word on how much electricity the speed bumps actually generate, but it should be enough to power roadsigns or streetlights. It’ll be on the market sometime in the next couple of years, and cost about $2000. I know a street here in Portland that could power the nearby middle school if it replaced its seemingly dozens of speed bumps with these babies.

Daimler says that the electric Smart Fortwo will go into large-scale production at a plant in Hambach, France, as early as next month.

The first run of 1000 electric Smarts will be built in November 2009 and delivered to customers by the end of the year (Merry Christmas!). The car will be at full production and in Smart car dealerships by 2012, said Daimler Chairman Dr. Dieter Zetsche.

Specs for the new electric Smart Fortwo:

  • Lithium-ion battery housed between the axles
  • 30 kW motor in the rear
  • 88 lb-ft of torque from the get-go
  • 80-mile range
  • 0-62 mph in 6.5 seconds
  • Max speed limited to 100 km/h (62 mph)

Green Car Journal has released the names of the five cars that made its short list for 2010 Green Car of the Year. The winner will be announced at the L.A. Auto Show in early December.

Without further ado, here are the nominees:

  • Audi A3 TDI (clean diesel)
  • Honda Insight (hybrid)
  • Mercury Milan Hybrid
  • Toyota Prius (hybrid)
  • Volkswagen Golf TDI (hybrid)

I’ve driven the Honda Insight and VW Jetta TDI (not the new-to-the-U.S. Golf), and reviewed them for Good Green Cars. The Mercury Milan Hybrid is a sister car to the Ford Fusion Hybrid, which I’m testing this week and will write up in a day or two.

What do you think, GoodGreenCars.com readers? Which one would get your vote? Or would you vote for a different car entirely? Leave your nominees in the comments.

Photo by Kristen Hall-Geisler.

The debate about the silent running of electric vehicles, and the potential for disaster with blind pedestrians or oblivious kids who can’t hear them, has been simmering for a couple of years now, ever since hybrids like the Toyota Prius began running on electric power alone at low speeds.

Nissan says its new Leaf electric vehicle, which will hit U.S. markets in late 2010, will make a “beautiful and futuristic” noise like the flying cars in the movie “Blade Runner.” Once the Nissan Leaf hits 12 mph, the sound will turn off, as the tires turning on the pavement will make enough sound to alert pedestrians and bikers alike, according to the L.A. Times “Up to Speed” blog.

Zenn Motor Company, the Toronto-based electric car company, announced that it will stop building electric cars to focus on supplying its ZENNergy drive electric drive train. The plug has been pulled on the cityZENN electric vehicle project so that the company can pour its resources into developing the ZENNergy drive for other manufacturers to use in their electric cars.

The idea, according to a press release, is to not get swallowed up in a sea of small electric vehicles. Rather, ZENN will develop the powerplants for those cars. They’ll even make the ZENNergy drive available for aftermarket conversions of gasoline or hybrid cars to electric power.

The Environmental Protection Agency has been working diligently on a new system to rate the fuel efficiency of alternative-fuel vehicles. It’s turned out to be tricky, as the dust-up over GM’s claims of 230 mpg for the Chevy Volt and Nissan’s follow-up claims of 367 mpg for its electric leaf showed up this summer.

While the EPA is working this out, the New York Times “Wheels” blog asked a few folks in the know what they thought the fuel economy rating should look like on the window sticker. A few of their suggestions are below; what would you the potential alt-fuel buyer like to see? Tell us in the comments.

  • ETV Motors of Israel wants three pieces of information: the all-electric range, the electric efficiency in miles per 10 kW hours, and gasoline fuel efficiency for plug-in hybrids
  • Think! of Norway wants to measure energy usage during a standard driving cycle, maybe with a star rating
  • Coda Automotive prefers to see the battery range and a statement about the car’s emissions-free status

Small-car, clean-diesel enthusiasts will be glad to hear that the 2010 Volkswagen Golf TDI will be sold in the U.S. next year. Why should you be glad? Well, for starters, it was name the “World Car of the Year.” Here are the deets, if you’re in the market for a fuel-efficient car while you wait for the Nissan Leaf to be available in your town:

  • Two doors for $17,490; four doors for $19,190
  • 2.0-liter TDI clean diesel engine
  • 140 hp, 236 lb-ft of torque
  • 30 mpg city, 41 mpg highway
  • 0-60 mph in 8.6 seconds
  • CFC-free air conditioning standard

When the 2009 Tokyo Motor Show opens later this month, Mitsubishi will have 16 vehicles on display, including to new electric vehicle concepts. Of the remaining 14 Mitsubishis at the show, 10 are current production models that qualify for eco-tax deductions in Japan. That leaves four gas-guzzling, carbon-spewing vehicles.

But, to go back to the future, let’s take a look at the Mitsubishi PX-MiEV and i-MiEV Cargo:

Mitsubishi PX-MiEV

  • Plug-in hybrid system
  • 115 mpg
  • Super All-Wheel Control and Electric-Powered Active Yaw Control for better performance
  • Two motors, one at each axle
  • Smart-grid ready

Mitsubishi i-MiEV Cargo

  • Adds rear space to the current i-MiEV microcar
  • Cube-shaped luggage space with a flat floor for maximum usable space
  • Overall height rises to just over 6 feet

Images courtesy of Mitsubishi Motors.

Bill Dube’s Killacycle has been setting electric motorcycle speed records on the dragstrip for quite some time now, but Dube emailed me this morning to make sure I knew about his latest zero-emissions feat: 7.864 seconds at 169 mph. How fast is that, exactly? As fast as a Porsche Boxster convertible with the pedal pressed all the way to the floor. And it’s fast enough to make KillaCycle the fastest electric vehicle in the world.

If that’s not fast enough, Dube reports that the KillaCycle team has got its hands on the most powerful batteries on the planet. They’re also reducing the weight of they bike and increasing horsepower to 560 hp — more than a Ferrari F430.

Congrats to the KillaCycle team on raising the bar for EVs even higher.

Photo of Scotty Pollachek riding KillaCycle at Portland International Raceway in July 2009 by Kristen Hall-Geisler.

Arcimoto of Eugene, Oregon, revealed its three-wheeled electric vehicle last week, called the Pulse. It may look like low-speed neighborhood electric vehicles of recent years, but this little guy can go a bit fast and a bit farther than many three-wheeled EVs.

The Arcimoto Pulse is a two-seater with a range of 50-100 miles, depending on terrain and speed, and a top speed of 55 mph. It can charge at a standard U.S. 110-volt outlet in six hours.

The car isn’t quite ready for the road yet, but Arcimoto is taking preorders. $500 will hold a place in line for a car that’s expected to come in under $20,000 when it rolls off the assembly line in Eugene in Fall 2010. If you take a look at the Pulse and decide it’s not for you, the company will refund $450 of the deposit. If it is for you, and you want to trick it all out with more power and a schmancy radio, they can do that, too.

The U.S. House of Representatives took delivery of its first hybrid today, and what do you think it was? A Toyota Prius? A Honda Insight? A Ford Fusion? None of the above, it turns out. They got a Peterbilt Model 330 Hybrid Electric Truck.

The big, bad Peterbilt will be used to haul furniture and office supplies around the Washington, D.C., metro area with 30% better fuel efficiency and reduced tailpipe emissions. The truck is built in Texas, making it a home-grown green-power win. The plan, according to Daniel Beard, Chief Administrative Officer for the House, is to replace their aging fleet with newer, low-emissions vehicles.

The 2009 Frankfurt Motor Show was filled to the brim with electric cars, it seems, though it also seemed that only a few of those cars were destined for American shores. Case in point: the two new electric cars from India, the Reva NXR and NXG.

The Reva NXR will see production first, probably as soon as next year. It comes with either an expensive but range-extended lithium ion battery pack or a cheaper but shorter-distance bank of lead-acid batteries. With the li-ion battery, the NXR can hit 65 mph and travel as far as 100 miles; the price is a pretty reasonable $21,000 or so in Europe. The lead-acid version has a 50-mile range and a top speed of 50 mph, and a price tag around $14,000.

The Reva NXG will be a 2011 model, with a top speed of 80 mph and a range of up to 125 miles. No prices were reported yet, but he car will have a targa top to let in a little sunshine.

Renault successfully out-greened everyone else at the 2009 Frankfurt Motor Show last year, with the debuts of four electric cars in its booth. These vehicles are slated to start appearing as soon as 2011, though a gasoline version of the Fluence will be in European showrooms this fall. Here are all four electric Renaults  in a nutshell:

Renault Twizy Z.E.

  • All electric, zero emissions
  • Two-seater, with the passenger behind the driver
  • Developed for city driving
  • Performance comparable to a 250-cc motorcycle

Renault Zoe Z.E.

  • All electric, zero emissions
  • Optimized climate control for better fuel economy
  • “Hydrating,” “detox,” and “active scent” functions for the interior climate

Renault Fluence Z.E.

  • All electric, zero emissions
  • Designed for families
  • 100-mile range

Renault Kangoo Z.E.

  • All electric, zero emissions
  • Based on an existing model
  • Made for business use

Volkswagen L1 Concept

The Volkswagen L1 diesel hybrid concept created quite a stir at the 2009 Frankfurt Motor Show — which despite a slew of high-end exotics was more green than ever this year. Volkswagen says its one-liter concept car would be the most fuel-efficient car in the world. Actually, they say it is the most fuel-efficient car in the world, but I’ll withhold that title until the car leaves the “study” stage and reaches production.

The L1 is light, thanks to a carbon fiber body; compact like a VW Fox, and short, with a height similar to the low-slung Lamborghini Murcielago, according to Volkswagen. The hybrid has an electric motor and a teeny diesel-powered engine, plus start-stop technology for further fuel savings.

The VW L1 Concept by the numbers:

  • 837 pounds
  • 12.5 feet long; 3.75 feet wide
  • 170 mpg combined

Jay Leno’s new nightly show will have a regular-ish feature called the”Green Car Challenge.” He’ll get guests like Drew Barrymore to take a turn on the track in an electric Ford Focus specially built for Leno. The drivers will try to out-drive each other for the best times of the season.

The idea is to show America that electric cars aren’t weird — they look just like the other cars in the mall parking lot, for better or worse — and they aren’t poky little puppies. They have a lot of torque, if mashing the pedal at stop lights is your thing, and their light weight can make them pretty zippy if they’re supplied with enough juice at the factory.

The car being used in the show will go on sale to the public in 2011, according to the New York Times. The one on the show has an extra battery for power, plus a roll cage and a five-point harness for safety.

In their efforts to install 500+ electric car charging stations throughout Madrid, Barcelona, and Seville, the Spanish government is looking into converting 30 public phone booths to recharge EVs. The booths are close the curb, making it a short stretch for a charging cord, and they’re already wired for electricity to power the phones.

It may cramp Superman’s quick-changing style, but the phone booths in Madrid weren’t fully enclosed anyway, making them even easier to adapt for charging. Nothing’s official yet, but it would be a sweet spot monetarily and ecologically if Madrid can repurpose its existing infrastructure for new technologies.

Everybody’s buzzing about the 2009 Frankfurt Motor Show, but it’s not the flashy, expensive cars that are getting all the love — it’s the next wave of electric vehicles.

Only one electric vehicle on the show floor is ready for production, a Renault hatchback that won’t be sold in the States any time soon. But check out this list of things to come, all of which will make their debuts as concept cars this week:

  • Audi R8 electric sports car
  • BMW Vision EfficientDynamics plug-in hybrid sports car
  • Mercedes SLS AMG electric sports car
  • Peugeot RCZ electric coupe
  • Peugeot 3008 electric minivan
  • Renault electric small car
  • Renault Megane electric car
  • Renault Kangoo electric small car
  • Volkswagen electric car

There will also be a 1-liter diesel-powered small car concept from Volkswagen, which while not electric, would get something like 230 mpg.

Mercedes-Benz reported last week that several companies have partnered with the German government to set up a hydrogen infrastructure for electric cars with on-board fuel cells. The H2 Mobility initiative, as it’s called, will have a hydrogen fueling station network in place by 2011, they say.

Infrastructure has been a stumbling block for the clean-emissions hydrogen fuel vehicles. No one wants to buy a hydrogen-powered electric car if there’s no place to refuel it, but no one wants to install hydrogen fueling stations if there aren’t any cars to fill up. Germany has decided to end the stalemate by partnering with businesses like Daimler (Mercedes’ parent company) and Shell, plus the National Organization for Hydrogen and Fuel Cell Technology to expand the hydrogen fueling network by 2011, with further expansion and the introduction of consumer-ready hydrogen-powered EVs in Germany by 2015.

Dr. Dieter Zetsche with the Mercedes-Benz B-Klasse F-CELL – image courtesy of Daimler.

In advance of its German debut at the Frankfurt Motor Show, Fisker announced that its Fisker Karma will have lower carbon dioxide emissions than any other production car on the street today. The company also released estimated fuel cost for the plug-in hybrid.

Here are the Fisker Karma numbers you need to know:

  • 67 miles per gallon
  • 83 grams of CO2 per km
  • 3 cents per mile in Stealth (electric-only) mode
  • 7 cents per mile in Stealth and Sport (gasoline) mode
  • 2010 launch date

On the heels of its successful Velib bike sharing program comes Autolib, the all-electric car sharing program in the city of Paris.

The locations of the cars — rumored to be at about 1400 parking stations — membership costs and participation process will all be announced this fall, when city officials are back after summer break. One-way trips will be possible, as they are with Velib, and the cars will be able to be picked up and dropped off at any Autolib station. No word yet which electric cars will be used for the program.

By the way, it’s pronounced Auto-LEEB, as it’s the words for car (automobile) and freedom (liberte) smashed together in one marketable word.

One of the many criticisms of GM in the past couple of years, as the U.S. auto industry crumbled under its own weight, was that it didn’t listen to what consumers wanted today and instead built and sold what buyers wanted a while back.

No more! GM has launched The Lab, a site where your feedback on its eco cars of the future is taken into account. Right now, the discussion is centered on two vehicles: the Bare Necessity Truck and Bare Necessity Car. It turns out the people want a no-frills, fuel-sipping platform that can be customized by the buyer.

Users who create a profile can log in and volunteer for focus groups, leave comments, and let GM know what you want in a greener car or truck (small diesel engine, anyone?) and what you’ll pay to get it.

It’s been all over the news lately, including Forbes.com, that hybrid vehicles are causing a shortage of rare metals. What? Is the era of greener driving over before it’s begun? Let’s take a look.

First, it’s not rare metals that are involved; it’s rare earth elements, which aren’t that rare. These elements, of which there are 15 on the periodic table, aren’t often found by themselves in nature. They’re usually in other elements, and it’s these other elements which are scarce. The rare earth elements are pretty common in trace amounts throughout the earth’s core, according to Popular Science.

Which rare earth elements are we talking about? Here’s a list:

  • Neodymium: part of an alloy used in magnets in electric motors in hybrid cars and wind turbines
  • Terbium and dysprosium: used to keep the neodymium magnetic at high temperatures
  • Lanthanum: used in hybrid car batteries

Most of these metals currently come from China, though California and Canada are looking into mining for them as well. What’s a well-meaning green driver to do? Remember that everything comes from somewhere, and think before you ditch the old for the shiny and new.

The Society of Automobile Engineers, better known as SAE International, has issued a new challenge to college students studying engineering: build a better, cleaner snowmobile.

The rules for the competition have been recently posted, and the goal is to get better fuel economy. Entries can run on biodiesel, ethanol, or, in the zero-emissions category, on electricity. The snowmobiles will be rated in categories like emissions, noise, and acceleration.The idea is to make internal combustion snowmobiles suitable for use in fragile natural areas, like in national parks. The quieter and cleaner a machine is, the less it will disturb both plant and animal life.

The goal for the zero-emissions category is even more specific: make a snowmobile that won’t skew the research being done at Summit Station in Greenland. Scientists there are working to understand the absorption of atmospheric gases by the ice cap, and any emissions from fossil fuels burned at the site can mess up the results of their measurements.

Can we expect to see any of these in the local Sno-Cat dealership? Probably. The SAE seems to expect that the biodiesel and ethanol versions would be pretty cheap to build for retail sale, and that they’d do pretty well on the showroom floor. Hybrids aren’t allowed in this competition for just that reason — the system is too expensive to be worth it for manufacturers or buyers at this point.

The Mercedes BlueZERO E-CELL PLUS inches ever closer to the real world, according to the company’s latest press release. The concept appeared at the 2009 Detroit Auto Show as the electric-only BlueZERO E-CELL; engineers have been working on an extended-range version ever since.

The E-CELL PLUS combines a bank of lithium ion batteries and a gasoline-powered generator to extend the car’s range to about 375 miles. It can travel about 60 miles on electric power alone, where the electric-only E-CELL can go about 120 miles before needing a recharge.

The company said that in addition to its range of electric vehicles, it will produce a small batch of fuel cell vehicles in 2009. A small batch of the battery-only vehicles will follow in 2010. No word on when any of these cars might hit showrooms, or how much they might cost.

Image of the BlueZERO E-CELL PLUS courtesy of Daimler AG.

Automotive News, and industry publication, recently did a rundown of the upcoming cars from Japanese manufacturers. Here’s the latest in green cars from the Land of the Rising Sun (and Rising Fuel Economy):

Honda:

  • Rumor has it that an electric vehicle from the company could be unveiled this fall and see production in 2015
  • The hybrid version of the Honda Fit has been canceled
  • The CR-Z hybrid sport coupe will go on sale in Spring 2010

Infiniti:

  • The company may introduce a diesel engine in the U.S., like it sells in Europe
  • We’ll see an Infiniti hybrid in 2 or 3 years,probably in an M-class sedan

Lexus:

  • The Lexus HS dedicated hybrid debuted in January this year, and goes on sale this month
  • A hybrid version of the ES will be added in 2012

Mitsubishi:

  • The U.S. will get the I-MiEV electric car in 2012
  • A larger I-MiEV II with more cargo space could debut in 2012, too

Nissan:

  • “By the middle of the next decade, or 2015, something on the order of 10% of our volume will be EV,” said Brian Carolin, senior VP for North American sales and marketing
  • The all-electric Leaf will go on sale in 2011, and be built in the U.S. in 2012
  • The 370Z sports car might get a hybrid version for 2012

Scion:

  • 2011 iQ: The tiny, gasoline-powered car is expected to get 60 mpg and go on sale in the U.S. in fall 2010

Subaru:

  • Has neither a hybrid nor a clean diesel in its plans for the next few years

Toyota:

  • A two-door Prius could see production in 2012 or 2013
  • Toyota is considering hybrid versions of the Yaris, Avalon, and Corolla
  • The Sienna minivan will get a hybrid version in 2012

Image of the I-MiEV by Kristen Hall-Geisler.

Two Japanese companies are gearing up to collect lithium from electric and hybrid vehicle batteries for recycling, making green alternative fuels even greener. And the U.S. Department of Energy granted several million to Toxco  to build the first lithium ion battery recycling plant in this country. Toxco already recycles lithium in British Columbia, Canada.

Lithium recycling is pretty small potatoes right now. Most of the hybrids on the road use lead-acid batteries, which are cheaper (so far) but less energy dense. Lithium ion batteries are used in many small electronics, like MP3 players and iPhones, and they’re gaining traction in electric vehicle manufacturing. As more battery power is required to run cars, and as more cars run at least partly on batteries, lithium recycling is likely to be big business.

According to HybridCars.com, the lithium recyclers will go online as soon as 2011 in one case, with the others soon to follow.

Like a lot of automakers in the past year, Think had to file for bankruptcy protection in its native Norway. But now the little company has emerged from the bankruptcy tar pit ready to build electric cars for the masses. Production is set to resume “as soon as possible,” according to the company’s CEO, and customers can expect to take deliveries in early 2010.

The Th!nk City (as the company prefers to spell its name) will be the first small electric vehicle to earn safety approval across Europe. Rumor has it that the car will reach American shores next year, too. Here’s what you can expect:

  • Range of over 100 miles
  • Top speed of about 60 mph
  • Dual airbags
  • Inertia OFF switch to cut power in case of an accident
  • Sodium or lithium batteries

Under the proposed cap-and-trade plan, manufacturers would have to pay for their greenhouse gas emissions, including carbon dioxide. For many companies, including auto makers, this is a money issue as much as (or maybe more than) an environmental one.

NSF International and Trucost Plc analyzed the greenhouse gas emissions of 230 businesses in a variety of sectors, including six in the automotive business: Ford, GM, Harley-Davidson, Goodyear, Johnson Controls, and Genuine Parts. Genuine Parts, an umbrella company that includes NAPA, had the lowest carbon emissions per million dollars of revenue. The other five companies all scored in the same neighborhood, as far as CO2 per million dollars goes.

The report puts CO2 emissions into financial perspective for the industry: if you don’t clean up your act sooner rather than later, it is going to cost you money. Not only that, but the report points out that a “dirty” company competing against a “clean” one will lose the public relations battle, too. Another hit to the ol’ pocketbook for spewing greenhouse gases into the air.

Overall, the average auto or parts manufacturer emits 1.3 million metric tons of green house gases each year. Over 90% of those emissions come from the supply chain, not from the manufacture of the product itself. Large companies are going to need to put the pressure on their suppliers to clean up, too. Otherwise, the company that builds the car is going to get dinged for the carbon score of the parts that go into it.

It’s all very complicated, and the report includes a lot of charts. But it boils down to one message for corporations: clean up your act, or you’ll end up paying six ways to Sunday.

Smart has a couple bits of news this week. First, as of November 2009, the electric Smart Fortwo will have a lithium-ion battery pack from Tesla Motors on board. It’ll sit between the axles, so as not to compromise the already precious space inside the Fortwo, with the motor in the back, where it’s always been. The new battery gives it a range of about 70 miles, and will fully charge at a 220-volt socket overnight.

The electric Fortwo is currently being leased to “select markets,” as they say, in Europe and the U.S. for real-world testing. It’ll go on sale to anyone who wants one in 2012.

If you want 41 mpg in a gasoline car, plus a dash of je ne sais quoi, check out the new Smart Fortwo Highstyle, in chocolate brown with 12-spoke alloy wheels. The interior gets an upgrade to leather and fabric, and the car is available with start-stop technology to increase the gas mileage even more around town.

Whenever I think of Daewoo, I think of the “Mad TV” skit with Bobby Lee as Tank, the wannbe tuner boy with the yellow Daewoo. GM, Daewoo’s parent company, is hoping I’ll take another look at the company and its cars by introducing a new electric car, called the Matiz Creative, on September 1.

The Daewoo Matiz Creative is small — actually, it’s in the mini car segment, making it Smart-car-like in stature. It’s a “global car,” which means it will be sold even in the U.S., as soon as it meets crash test standards, which Daewoo expects to pass with flying colors. As befits a cute little car, it’s available in three trim levels called Pop, Jazz, and Groove, with Groove obviously being the most swank.

Here’s the basics:

  • 1-liter 4-cylinder engine
  • 4-speed automatic transmission (manual will be available in the future)
  • Meets Korea’s Ultra-Low Emissions Vehicle standard
  • Air bags and crumple zones integrated in the design
  • 40 mpg or so
  • Will likely start around $8,000

The federal CARS rebate program — better known as Cash for Clunkers — came to an early end today, for the second time. The program, which started July 1 despite having no set guidelines for dealers or buyers, quickly ran out of funds. When The Rule, as the government’s Cash for Clunkers clarification was called, was published in late July outlining requirements and restrictions, buyers eagerly hopped on the bandwagon and exhausted the original $1 billion set aside for the program.

Congress acted fast and added $2 billion more to the program before its summer recess, but the money wasn’t enough to sustain CARS through its intended end date in November. As of Sunday night, Cash for Clunkers was over, with no extensions in sight. Thanks to red tape and the sheer number of people who used the program to ditch their old car and buy a shiny new one, many dealerships put the brakes on CARS at the end of last week.

What’s next for the auto industry? Let’s hope its an infusion of cash for hybrids, electric cars, trains, public transportation, and — hell, why not? — bike riding safety courses for newbies. That’s my post-CARS dream world; what’s yours? Leave it in the comments.

Enginer, a company based in Troy, Michigan, has given itself a mission: to make 100 mpg technology affordable. To this end, Team Enginer, as they like to call themselves, has developed two systems. One is on the cutting edge of 21st century technology, while the other recaptures some of the energy of the early days of the automotive age.

First, Enginer has two plug-in conversion kits for hybrids like the Prius that start at $1,995 — thousands less than the competition. It can be installed by a conversion pro or a do-it-yourselfer, though the company is hoping to get manufacturers to install the kits at the factory, which would qualify the car for some fat tax credits. And, of course, radically improve gas mileage.

Second, Team Enginer has a steam combustion engine conversion kit for sale. The kit goes into your existing car, captures waste heat, uses it to warm water, then uses the steam to drive the engine. In case you weren’t aware, around 1900, one-third of the cars on the road were gasoline-powered, one-third were electric, and one third ran on steam. Seems that Team Enginer would like a piece of all those pies, though they wouldn’t mind if the gasoline slice were a bit smaller.

Tesla S

I wish I were a bookie, or knew how to put odds on events. Starting a betting pool on Tesla chairman Elon Musk’s plans for the company’s future would be fun. The company is seemingly doing pretty well, despite internal disputes, lawsuits, changes at the top, and who knows what all. Musk keeps on keeping on, though. Tesla’s got a deal with Daimler to help build electric smart cars, and Musk recently announced the addition of an SUV to Tesla’s future lineup and reiterated the company’s plans for an affordable sedan.

During an interview with PBS’s Charlie Rose last week, Musk said the sedan will sell for around $50,000, or half the current price of the Roadster, and be produced in much larger numbers. Like, 20,000 a year, compared to 1,000 for the Roadster this year. An electric SUV and a new, smaller, more affordable car will follow sometime in the future. But you can look for the Tesla S sedan in two years … or can you? Place your bets!

Image of the Tesla S courtesy of Tesla Motors.

Vegetarians and vegans and PETA activists and other sensitive animal-loving souls beware: this post is about plucked, post-industrial chicken feathers. And it’s a bit gross. But it becomes cheap, domestic, high-energy-density biodiesel in the end, so, um, yay!

Researchers at the University of Nevada have found that the feathers of chickens contain fat, and as anyone who’s followed a Volvo converted to run on french-fry grease knows, fat can be turned into fuel. One ton of feathers makes about 18 gallons of biodiesel, which should cost about a buck a gallon to put into your VW TDI.

The system would use the byproducts of the chicken meat industry, so no chickens would be grown specifically for fuel. The processing plant would pluck and process the chickens for meat, just like they do now, and the feathery waste (plus some of the blood and guts) would be turned into biofuel, plus some animal feed, soap base, and fertilizer. There’s a lot of usable stuff in those feathers, it seems.

Chem majors and sticklers can read the whole article in the Journal of Agriculture and Food Chemistry.

Photo by Fred Dawson.

Researchers at Keio University in Japan have built an eight-wheeled electric vehicle that can go 230 mph. It looks weird, kind of like the crazed cat-bus in “My Neighbor Totoro,” for all you anime fans, but it can do 0-60 mph in 4.1 seconds — as fast as a new Lotus Exige sports car. The Ellica, as the car is called, has an 80-hp electric motor in each wheel rather than one central motor.

What will Keio University do with all this electric power? Turn it into a public transportation project, of course. According to Popular Science, the school has signed a deal with Isuzu Motors and the local government to build a bus using the Ellica’s technology to shuttle passengers up to almost 100 miles per charge. The bus will likely be produced in 2011.

Did you know U-Haul had a car-sharing program, similar to ZipCar, called U Car Share? Neither did I. Apparently, U-Haul is not cool with this, as they’ve recently added greener cars to the fleet and cut the registration price in half. The service is available in mostly eco-forward and college towns, like Berkley, California; Portland, Oregon; and Madison, Wisconsin. More are on the way, including Salt Lake City.

The registration fee has been dropped from $50 to $25, and members of another car sharing service can join U Car Share for free. Rates start at $4.95 an hour, and AutoWeek is reporting that the Toyota Prius, Ford Escape Hybrid, Mini Cooper, and other gas sippers have been added to the lineup in an effort to lure more green-geared users.

A couple of years ago, Volvo introduced the ReCharge hybrid electric concept; now, it’s taking the idea a step further by giving the little Volvo C30 hatchback an electric motor with a 130-mile range.

A plug-in electric Volvo C30 will debut at the Innovation for Life event just after the Frankfurt Motor Show in September, according to a report in Autocar. Unlike the ReCharge, the C30 won’t have four small electric motors at all four wheels. It will instead have a more conventional single-motor set up.

The New York Times Wheels blog said the car could maybe possibly be part of a small test fleet. Fingers crossed. I’ve driven the gasoline C30, and for a city car, it’s brilliant. Swap out the gas pump for an outlet, and I’ll be in line. I’ll start saving my pennies.

Image courtesy of Volvo Cars.

It’s been a while since we’ve heard any real news about the Chevy Volt, and now GM has captured our green imaginations by claiming that the extended-range electric car will get 230 mpg. Now the EPA, GM, and of course the blogosphere are saying that number may be too good to be true.

GM used the EPA’s new mileage model for electric cars to come up with that massive 230 mpg. There are two problems with this, though: The EPA hasn’t finalized the electric car methodology; and the Volt isn’t purely electronic. Though the first 40 miles are all electric, the Volt has a small engine that uses gasoline and acts as a generator for the electric motor. The engine never powers the car directly, but this is the kind of hiccup that has kept the EPA from giving its mileage equivalency methods the green light.

That doesn’t take into account the Volt’s carbon dioxide emissions, or if the driver is a pedal-smashing speed freak, or if the power comes from a wind farm or a coal plant, or any number of things. Before the EPA could say, “Hey, wait a minute … ” GM had whipped up a 230 logo with a smiling outlet and a green background.

The Economic Policy Institute, a think tank in Washington, D.C., has crunched the numbers and declared Cash for Clunkers an economic and ecological success.

The Department of Transportation has calculated that the average fuel economy of the clunkers traded in so far has been 15.8 mph, while the new cars purchased under the program have averaged 25.4 mpg. According to the EPI, this translates to an annual savings of:

  • $821 in fuel savings per consumer
  • 87 million fewer total gallons of gas pumped
  • 22.2 million fewer barrels of foreign crude oil imported
  • 850,000 fewer tons of carbon dioxide emitted

Not to mention the shot in the arm it’s given the economy. This kind of government support can’t last forever, but it’s nice to know it worked like it was supposed to. Mostly.

GreenHouse energy installed the first of its Microfueler backyard ethanol makers in Los Angeles, and a slew of green-minded stars attended the installation, including GreenHouse investor Shaquille O’Neal. (Imagine the size of his carbon footprint. Size 23, according to Wikipedia.)

The Microfueler uses spent beer yeast, algae, or cellulose (but not from corn) to produce organic ethanol, or E100, that can be pumped directly from the unit to your gas tank.The system can make up to 70 gallons of fuel a week, and you can hook four of these babies together, if you’re so inclined, to make 280 gallons a week and service a fleet.

The Microfueler is available nationwide for $9,995 — less a federal tax incentive, which brings it to under $5,000. Some states have rebates on top of that, and carbon credit coupons can be used, too. If you live in SoCal or Arizona, GreenHouse will deliver the raw materials to your house (an Internet connection tells them when you’re low) for $2 a gallon of end-product ethanol. Why yes, that is cheaper than gasoline! And greener, too.

Researchers are Oregon State University (go Beavers!) have found that microcrystalline cellulose, which is made from plant fibers, could be used to reinforce rubber tires instead of silica or carbon black, which just sounds nasty.

Cellulose fiber has been used in other rubbery bits, like belts and hoses, before. Using it in tires reduced the cost of production and the rolling resistance. Lower rolling resistance makes for better fuel economy. The cellulose also upped the tires’ grippiness on wet roads, which is great for safety, especially here in Oregon. Silica, for its part, is a high-energy product to process, and carbon black is made from oil.

The only issue now is the durability of the cellulose-reinforced tires. No company has jumped on the cellulose bandwagon yet, but Yokohama’s dB Super E-spec high-performance passenger tires use orange oil, and Michelin’s Energy Saver tires promise increased fuel efficiency and reduced emissions.

The latest challenger in the electric vehicle ring made its debut on Sunday: the Nissan Leaf. At first glance, it’s got several things going for it:

  • It’s cute but not weird
  • It’s 100% gasoline- and emissions-free
  • It’s got a 100-mile range on lithium-ion batteries
  • It’s supposed to carry a price tag that competes with gasoline cars (Popular Science is guessing around $30,000)

Nissan’s goal is to make the Leaf an affordable, mass-market, all-electric vehicle. They plan on having these things hit the market — the real market, not the small-batch, lease-only test market — by 2012.

The past few days have been hectic for the Cash for Clunkers program. The U.S. government had allocated $1 billion for the CARS program as of July 24, when “The Rule” was issued with details for how the rebates would be used. The program had been in effect, though, since July 1, without the official word being finalized.

In the weeks between the start date and the appearance of the final rules (which have already been amended), the program started to run out of funds and the EPA changed some fuel economy numbers. The program, which was supposed to run through November 1 or until the government had used all its cash, was almost killed early by its own popularity. And the EPA tried, at the eleventh hour, to update old mpg ratings to reflect the new mpg measuring system, which knocked some previously eligible cars off the list of clunkers and added others.

Where do we stand now? Cash for Clunkers, or CARS, as it’s officially called, is still on (fingers crossed). Here are the major changes as it stands after a very busy weekend:

  • The U.S. House of Representatives has passed a $2 billion extension; the Senate will vote on it soon
  • Since New Hampshire and Wisconsin don’t require insurance, buyers in these states don’t have to have one year’s worth of insurance, as they do in the other 48 states
  • Cars that met the fuel economy requirement before the changes the EPA made on July 24 and that were traded in as clunkers after July 1 are still eligible for the CARS rebate

Good luck, car shoppers! If you have questions or opinions about the CARS program, leave them in the comments. I’ll research anything that needs answering.

FedEx announced that it has added 92 hybrid vehicles to its fleet of delivery trucks, bringing its grand green total to 264 hybrid vehicles. The company started accumulated the lower-emissions, fuel-sipping hybrid-electric vehicles in 2004. The trucks were converted to hybrid systems by Freightliner and Eaton Corporation, and each truck was at least eight years old with 300,000 miles or more on it before the conversion.

How much good have the FedEx hybrid conversions done? Here’s the numbers from the company:

  • Reduced fuel use by 150,000 gallons since 2004
  • Reduced carbon dioxide emissions by 1,521 metric tons sine 2004
  • Equivalent to removing 279 cars from the road each year
  • 50 new temporary green jobs created during the past six months while trucks were being converted

Toyota will release a mass-market plug-in Prius in 2010, with a price tag set at $47,000. The car will be able to charge at a 110-volt or 220-volt outlet, both of which are common in American households. Few details are available beyond this basic announcement that the cars are indeed on the way, and that Toyota will build 20,000-30,000, according to a Reuters report. The car will use lithium batteries and may be a direct competitor for the forthcoming Chevy Volt.

2SSIC vs Tesla

I spent the weekend at the Wayland Invitational, an electric vehicle drag racing event held at Portland International Raceway and sanctioned by the National Electric Drag Racing Association. Didn’t know they had such a thing, did you? Well, they do, and the electric cars repeatedly beat the pants off the gasoline-powered competition. Even the little Tango surprised the fans by beating a souped-up Mustang.

The weekend’s big (and little) draw was KillaCycle, Bill Dube’s electric-powered drag motorcycle. He built it to do one thing: go fast in a straight line. And it does just that. It’s the fastest electric vehicle in the world, and I saw it turn in quarter-mile times in the 8-second range. In contrast, the Teslas that drove down from Seattle turned in consistent 12.9-second times — and they were hitting 100 mph pretty regularly.

KillaCycle also wowed the crowd by racing against a miniature version of itself. A remote-controlled electric scale model of KillaCycle lined up on the track against the monster drag bike and did its best to hold its own. Do I need to tell you that the big bike won? It did. But it was fun to watch, in any case.

KillaCycle, Tesla, and every other electric car that took the track were there to prove one thing: green doesn’t have to be slow and boring. There were a lot of surprised newbies to the EV scene in the stands who flocked to the electric race cars in the pits after their runs to find out just what the hell was going on with these battery-operated cars, and found drivers and builders happy to tell them all about it.

Okay, you’ve heard about the U.S. Government’s “Cash for Clunkers” deal for weeks now; how can you, savvy green consumer, take advantage of the program? First, you should know that it’s official name is CARS, or Car Allowance Rebate System. Clever, no? And you should know that there’s an entire web site devoted to CARS that can answer almost any question about the process you might have.

In a nutshell, though, here are the points you need to know if you’re considering trading in your old car for a bright, shiny new one — with better mileage and, one supposes, cleaner emissions from the tailpipe.

  • Cars must be purchased between July 1, 2009, and November 1, 2009, or until Congress runs out of rebate money
  • Combined fuel economy of the clunker must be a combined 18 mpg or less according to the EPA ratings — not according to your own actual mileage
  • The clunker can’t be more than 25 years old (that’s 1984 or later)
  • The clunker must be driveable as well as registered and insured for at least the year before you trade it in
  • The new car can be purchased or leased, but you have to lease it for at least 5 years
  • If the new car’s fuel economy is 4-9 mpg better than the clunker, you get $3500. If it’s 10 mpg or more better, you get $4500 toward your new car
  • The new car has to be new, not used
  • The clunkers have to be destroyed and never returned to the road

The Department of Transportation/NHTSA documentation for the program says there is an interactive tool at CARS.gov for determining if your car is eligible and how much your rebate would be, but as of today, that tool isn’t showing up. Maybe it’ll be there later this week; after all, the program went live three weeks before anyone knew exactly how it would even work.

Smith Electric Vehicles U.S. will deliver its first little fleet of big electric delivery trucks next week. The Newton, as the truck is called, can do 50 mph for 150 miles — much farther than most passenger electric vehicles. It also weighs seven and a half tons — about the weight of four Zap Xebra electric trucks.

The trucks are built in Kansas City, but the official hand-off will take place on the steps of the Capital building in Washington, DC, according to Edmunds.com. Smith Electric Vehicles U.S. is an offshoot of Smith Electric Vehicles, the British outfit that also makes the Edison and Amphere electric vehicles.

Which lucky companies get the first round of Newtons? Coca-Cola, Frito0Lay, AT&T, Staples, Pacific Gas and Electric, and Kansas City Power and Light. Find out Tuesday how many Newtons each company receives.

Solar Gard says it’s got the solution for sun-warmed cars: a film that covers the windows and keeps the interior cool. And a cool interior, the theory goes, doesn’t require the air conditioning to run at full blast to make it habitable, saving you gas in the process.

The Ultra Performance film from Solar Gard lets 76% of visible light through, according to the New York Times, while blocking out 99% of UV rays. (Save your skin and gas!) The company’s web site points out that the film can also be used to keep houses cool and lower a/c costs at home.

In addition to saving fuel by not having to blast the a/c, it also saves wear and tear on the cooling system, which means fewer breakdowns, leaks, and replacements, none of which do Mother Earth any favors.

UPDATE: Solar Gard contacted me to make a correction — the Solar Gard film consists of layers of nano particles and a dyed application process in one layer of film. The film doesn’t have to be layered to block out nearly all UV rays, as I had originally written. Thanks for the correction, Bill! – GoodGreenCars.com

Mercedes-Benz has announced that it will build an electric car based on its SLS AMG super car, with electric motors at all four wheels replacing the V8 engine that would normally be under the hood.

Here are the specs:

  • 526 hp all together, about 40 less than the gasoline version
  • 0-60 mph in under 4 seconds
  • Top speed over 125 mph is expected
  • 110-mile range
  • 8-hour recharge

The car is expected to arrive on roads in 2013, hopefully with a shorter charging time. At least we do know it will have those striking gullwing doors.

I recently bought a new computer, and I noticed that the box the sales associate put in my cart had a sticker reading “SmartWay Transport Partnership.” It had the same leaf-and-road logo as the Environmental Protection Agency’s SmartWay auto certification program, so I thought I’d look into it.

It turns out it’s no big secret, the SmartWay Transportation Partnership. The agency has partnered with the trucking industry to reduce fuel consumption and polluting emissions, including carbon dioxide. The aim is to save 3.3 to 6.6 billion gallons of diesel fuel per year, which amounts to about 150 million barrels of oil.

How can they get there? There are a few strategies, some of which are easier to do than others:

  • Limit the amount of time truck engines are left to idle
  • Improve aerodynamics to increase fuel economy
  • Better trip planning to use less fuel
  • Automatic tire inflation systems
  • Use trucks with hybrid powertrains, or at least start-stop technology

The EPA keeps a long list of SmartWay Transport partners, which includes hundreds of trucking companies. If your green business has grown to the point where you need to get product further than the craft fair downtown, this may be a good resource. Consumers like me notice those little SmartWay stickers, you know.

SuSuzuki has joined the free-gas fray this summer, offering a prepaid debit card with two of its 2009 models. Anyone who buys a Suzuki SX4 through August 31 is eligible for the program.

If you’re in the market for a new car this summer, here’s what you need to know about these two models:

Suzuki SX4 Sedan or Sport

  • $270 prepaid gas debit card
  • 23/31 mpg for the four-speed
  • 22/30 mpg for the five-speed
  • 7.1 to 7.3 tons of CO2 emitted per year
  • $28.99 to fill the tank at $2.44 a gallon

Suzuki SX4 Crossover

  • $290 prepaid gas debit card
  • 22/30 mpg for the four-speed
  • 22/29 mpg for the five-speed
  • 7.3 to 7.7 tons of CO2 emitted per year
  • $28.99 to fill the tank at $2.44 a gallon

Texas-based company Terrabon is working to develop a second-generation biofuel it calls “green gasoline.” Unlike the ethanol in use today, the fuel would be nearly identical to gasoline and fermented from “anything that rots,” one company official said — including sewer sludge.

The “green gasoline,” officially called MixAlco, was developed by scientists at Texas A&M University, according to the Houston Chronicle. Within a few months, Terrabon plans to be able to produce 300 gallons of the stuff a day. It added that it can produce MixAlco for about $1.75 a gallon, and that it can use existing storage tanks and pumps, unlike the more corrosive ethanol.

In San Marcos, Texas, you might not be able to hear the little electric car making its rounds, but you can sure smell it. An Auntie Anne’s pretzel shop franchisee recently purchased a neighborhood electric vehicle for making deliveries to and handing out samples at other Prime Outlets locations.

The car has an Auntie Anne’s decal on the door and a menu posted in the window. Lisa Fullerton, the franchisee who partnered with the Texas State University American Marketing Association to buy the car, told QSR magazine that the happy — and green — little car has helped increase her sales by 40% this year.

A new survey by Better Place, the folks who’ve so far brought electric cars to the streets of Israel, Denmark, and Australia says that nearly one in three U.S. poll respondents were interested in buying an electric car as their next vehicle. A total of 8,000 people in five countries were polled by Better Place; here’s a breakdown of how many drivers in each country are considering buying an EV:

  • Israel, 57%
  • Denmark, 40%
  • Australia, 39%
  • Canada, 35%
  • U.S., 30%

A couple of notes to the survey: The Canadian numbers come only from the greater Toronto area, so it doesn’t include the opinions of drivers in, say, the sparsely populated province of Alberta. Also, the Israelis must really like their Better Place electric car program, because 28% of them said they’d consider only an electric car for their next vehicle — no petrol allowed.

The survey found that interest in electric vehicles ranged across economic and generational lines in all the countries. The number-one reason for U.S. driver’s interest in an EV? Concern about dependence on foreign oil. That was followed by a near-tie between concerns about terrorism and climate change.

What about you? Would you be like Bob Dylan in the Sixties and go electric? Let us know in the comments.

Barefoot Motors of Ashland, Oregon, has officially opened its doors and started selling its battery-powered, zero-emissions ATV, which Barefoot calls an “EUV”: Earth Utility Vehicle.

The company expects the EUV to do well with customers like farmers and winery owners who have have to tend acres of plants, though the EUV will probably go over well with recreational users who would prefer a lighter carbon footprint, too. It can even be used to round up livestock, though I doubt it will be the death knell of the traditional horseback cowboy.

Here are the specs for the first EUV from Barefoot, the Model One:

  • 40-hp electric motor and lithium batteries
  • 30 mph top speed
  • 7-hour charge time
  • Up to a 40-mile range, and as long as 8 hours of operation
  • Four-wheel and two-wheel drive available
  • Starts at $11,900

If you’re in the market for a car this summer, and if that market includes a Hyundai, you could get more than just a car — you could get a time machine. The Korean car maker began its Hyundai Assurance Gas Lock (catchy!) on July 1. The program guarantees a year’s worth of gas at $1.49 a gallon — a price that hasn’t been seen in the U.S. for more than five years, according to AutoWeek.

You may recall that GM tried a similar incentive during last summer’s record gas prices, offering three years’ worth of gas at $2.99 a gallon. The bottom fell out of that plan, though, when gas prices dropped off. As of July 7, AAA pegged the national average price for a gallon of gas at $2.77. The highest record price came almost exactly a year ago, when the average price of gas hit $4.11 on July 17, 2008.

Hyundai’s Gas Lock plan applies to cars purchased between July 1 and August 31, 2009. The only cars in the company’s lineup that don’t qualify are the base model of the Accent and the car-mag faves Genesis and Genesis coupe models.

Image of the Hyundai Accent courtesy of Hyundai Motor America.

Smart, maker of tiny, Euro-style automobiles, has a new leasing campaign that ties in with the “cash for clunkers” sales-boosting program that will go into effect this summer. With a combined mpg rating of 36 mpg, every Smart car qualifies for the program, if your current car gets worse than 18 mpg.

And who could argue with a $99 a month lease payment? That’s what Smart is offering: $99 a month for 36 months if you use the $4,500 cash for clunkers government rebate when you buy your new ForTwo. The potentially icky part of the deal is the $6,667 balloon payment due at the end of the lease.  Dave Schembri defended the balloon payment industry outlet Automotive News by saying it’s in line with the kind of financing offered by Smart’s parent company, Daimler AG.

Image by Kristen Hall-Geisler for GoodGreenCars.com.

Baltimorians are so lucky. Lots of cool stuff is there, like director John Waters, television series “The Wire,” and now an electric car sharing service. AltCar operates similarly to widespread car-sharing venture ZipCar, but with a twist: all the cars in the AltCar fleet are zero-emissions battery-electric vehicles. Cars can be reserved through the AltCar web site.

The cars currently in the fleet are all neighborhood electric vehicles, or NEVs. The company calls them “city cars.” Whatever you call them, they can only travel on streets posted at 35 mph or below.  AltCar promises to bring highway-capable cars to the fleet in the next few months. It also anticipates adding plug-in hybrids to the fleet.

AltCar has a monthly membership fee of $25, with 15 hours of car sharing for $90. Insurance and parking fees are included, and there’s no gas involved. One charge gets you up to 120 miles, and a full recharge takes 8 hours. But a quick one-hour charge adds 25 miles or so of driving time.

The city of Santa Monica, California, has purchased the first zero-emissions, plug-in, battery-powered electric medium-duty truck sold in the U.S. The truck, which will be used by the city’s water department, was manufactured by Electrorides.

Santa Monica apparently has a “Sustainable City Plan,” according to a press release from Electrorides, and the ZeroTruck will help the city reach its goals of reducing emissions and use of petroleum fuel. The truck uses an Isuzu medium-duty truck chassis with the gasoline-using bits removed and an electric propulsion system put in.

The Electrorides ZeroTruck has:

  • A 100-mile range
  • Highway capability, up to 55 mph
  • Lithium batteries with an on-board charger
  • Regenerative braking system

You’ve heard about the “cash for clunkers” legislation that allows U.S. car buyers to get up to $4,500 in cash vouchers for replacing gas guzzlers with fuel efficient vehicles. If you’ve got an older car or pickup truck with rotten gas mileage, you can replace it with a new car getting 22 mpg or better or a new pickup getting 18 mpg or better and receive a break on the price courtesy of your government.

Which cars should you be looking at? Marketing service Autobytel complied a list of auto makers that have vehicles that qualify for vouchers, and even figured out how many of the cars in each automakers fleet were eligible. Every vehicle offered by Mini and Scion, for instance, could get you some cash toward a new car if you trade in a clunker.

Here’s Autobytel’s top ten cash for clunkers cars, with the percentage of each maker’s fleet that qualifies for a voucher when you buy a new car:

  1. Mini 100%
  2. Scion 100%
  3. Honda 94%
  4. Saturn 93%
  5. Subaru 88%
  6. Suzuki 85%
  7. Pontiac 79%
  8. Mazda 74%
  9. Hyundai 73%
  10. Volkswagen 73%

Honda doesn’t receive perfect marks probably because it has that massive Ridgeline pickup truck in the fleet. And Volkswagen all the way down at number 10 was a surprise. Also, keep in mind that Saturn’s future is a bit shaky these days, and Pontiac has received an official death sentence as part of GM’s restructuring.

The latest online app to help drivers track fuel economy comes from Moblu. The site asks for your vehicle’s year, make and model then requires you to create a user name and password.

Where, you might be asking, does the social networking come in? Moblu uses your Twitter user name (no Twitter password required) to share your mileage with other Tweeple. Moblu users can record events that might affect gas mileage, like “Changed Tire Pressure” or “Lots of Highway Driving.” You can also record a fill-up, calculate mileage for a road trip, and find fellow Moblu users on the site.

Clicking on “My Garage” shows fellow Moblu cars, with actual mileage, trends, and number of fill-ups. You can choose to follow anyone who looks interesting, or keep tabs on your friends’ fuel economy.

The National Renewable Energy Laboratory have set their sights on one of the least efficient systems in modern automobiles: the air conditioning. The laboratory says 6% of the total amount of fuel consumed in the U.S. — about seven billion gallons, if you can imagine — is used to run the a/c.  The EPA piles on the bad news by reporting that leaky automotive air conditioning units pump 50 million metric tons of CO2 into the air each year.

That’s where the NREL is hoping to make a difference. According to a post on the New York Times’ “Wheels” blog, engineers are hoping to improve the a/c in cars by as much as a third. If they succeed, it could be a big step toward the new CAFE standards, which require an average fuel efficiency of 35.5 mpg by 2016.

As part of the German carmaker’s promotional effort for its clean diesel engines, Audi will donate $1 to the Nature Conservancy’s carbon offset program for every Facebook user who joins the program, up to $25,000.

Audi TDI clean diesels reduce carbon dioxide emissions by up to 20% and increase fuel efficiency by up to 30% over gasoline-powered cars, according to the company. “Audi’s contribution will provide necessary support to our voluntary carbon offset program’s reforestation and forest protection projects, but it will also help us to bring the benefits of the project to a new audience of supporters,” said Zoe Kant of the Nature Conservancy in a press release.

If you’re a Facebook user and you want to take part in the program to offset your own carbon emissions and get that extra $1 donation per person from Audi, visit www.causes.com/natureconservancy.

Remember when I said diesel prices were lower than gasoline for the first time in years? Remember when I wondered if that would change American diesel buying habits? Well, it has, apparently. Volkswagen and Mercedes-Benz are both reporting increases in sales of their clean-diesel vehicles.

If you’re in the market for a clean diesel car, here are the 50-state diesels available right now, with their starting MSRP:

Each of these is available from the manufacturer as of today, and are eligible of a federal tax credit of about $1000. Check FuelEconomy.gov for details.

Image of a BMW diesel at the 2009 Detroit Auto Show by Kristen Hall-Geisler.

The Ohio State Highway Patrol is outfitting its fleet of Ford Crown Victorias with solar power. The $37 panels are much smaller than the rooftop array found on, say, the 2010 Toyota Prius or the forthcoming Fisker Karma. The goal is to reduce the time that cops spend idling with the engine on by powering some of their gear with energy from the sun.

The panel is wired directly to the car’s battery, which would normally power the police gadgets when the car is turned off. To extend the battery’s run time, and therefore the amount of time the engine is running, the solar panel will add clean, zero-emissions juice to the system.

The panels, according to Edmunds.com, are mounted inside the rear window (ever leave a chocolate bar back there? A proven sun-catching site). The brackets used to hold the panels are green, too: they’re recycled from misprinted license plates.

Hi-def TVs, iPods, digital picture frames … and now, electric two-wheelers. Best Buy announced last week that it would add plug-in bikes and motorcycles to its stores, starting with the Brammo Enertia in Portland, Oregon.

The Oregonian’s Hard Drive blog, the Portland Business Journal, Good Morning America, and the New York Times all reported on the sale of the bikes, which also include models from Currie Technologies and Ultra Motors.

The vehicles will be zero emissions and capable of commuting. The Enertia, for example, has a top speed of 55 mph and costs $12,000 before state or federal tax credits.

We already knew that the Mitsubishi i-MiEV electric car would go on sale in July 2009, but we didn’t know how much it would sell for. I, for one, would never have guessed that the price tag would be a whopping $45,660. There’s a lot of new tech packed into that teensy package.

Other high-tech electric cars are expected to reach the $40,000, including the anticipated Chevy Volt and the already announced Subaru Stella, which starts at $49,255, according to the New York Times’ Wheels blog.

What other cars cost about $50,000? Let’s take a look:

  • 2010 Lexus RX Hybrid: $41,660
  • Mercedes-Benz ML320 BlueTec clean diesel: $48,600
  • Volkswagen Touareg 2 TDI clean diesel: $42,800

But all of these, for their steps in a green direction, require fossil fuels in one form or another and emit CO2 to a greater or lesser degree. The i-MiEV will be all-electric and zero-emissions.

Image of the Mitsubishi i-MiEV by Kristen Hall-Geisler.

So say the geniuses over at Popular Science, anyway, and who am I to disagree? Each year, more than 95% of the 10 million vehicles headed for the parking garage in the sky end up being recycled. Of those cars, 75% of the parts are recycled. Thus, the crown for world’s most recycled product.

Here’s how PopSci breaks it down:

  • 65% of the average vehicle is metal, like steel, iron, or copper, which can be used in construction
  • 90% of all lead-acid batteries are recycled
  • 86% of rubber tires are used to make pavement or fuel paper mills
  • 380 million gallons of oil are refined and reused

Michelin has announced its new tire, the Energy Saver A/S, calling it “the most fuel-efficient tire on the road.” It promises up to 8% better fuel economy and reduced carbon dioxide emissions for any car that uses the tire, plus Michelin says its even offers better braking capabilities than other tires.

Here’s the Energy Saver’s claims to fame:

  • New construction and tread rubber keep the tire cooler, delivering the 8% increase in mpgs
  • Stops 8 feet shorter than similar tires
  • Longer tread life means fewer tires get tossed in the garbage
  • Available for conventional and hybrid cars

The tires are in the $140-$150 range per tire, depending on the size required for your car. Definitely not cheap, but if you can swing it, they may save on gas in the long run in addition to helping reduce CO2 emissions.

2009 Chevy Malibu

The Chevy Malibu hybrid will see the end of production in 2009, along with the Saturn Aura, as GM slims down its lineup and makes an attempt at building cars people want to buy.

The Malibu and Aura are both mild hybrids, meaning their electric motors cannot power the car alone. The motor can only assist the gasoline-powered engine, which increases the fuel efficiency of the car. The problem is, the fuel efficiency of the Malibu only increased by about 4 mpg — but the hybrid system added $4,000 to the price tag.

According to a report on Manufacturing.net, GM isn’t abandoning gasoline-electric hybrids. It plans on having new models out as soon as summer 2010, but it wouldn’t elaborate on what models or technologies we might see.

GM has affirmed its commitment to building the extended-range electric Chevy Volt/Opel Ampera, despite its economic woes.

Image of the 2009 Chevy Malibu Hybrid at the Detroit Auto Show by Kristen Hall-Geisler.

I’ve long said that the future of the automobile won’t rest on any one new technology. Volvo apparently took this to heart and threw several of the latest alternative-fuel technologies into one model, which could appear on the market as soon as 2012.

There were few details released, but here’s what we know about the first model to embody Volvo’s “Drive towards Zero” mission:

  • It will use a diesel engine and lithium batteries
  • It can run on battery power alone for about 30 miles
  • Emissions would be below 50 grams of CO2 per km
  • The new technology will make the car really expensive, so Volvo is encouraging governments to offer subsidies and incentives

Photo of the concept Volvo hybrid courtesy of Volvo Cars.

Diesel prices are, on average, lower than gasoline prices for the first time in two years. The question is, will it matter to Americans?

In the wake of crazy high gas prices last summer and the collapse of the U.S. auto industry over the past nine months or so, all three Detroit car makers shelved plans for new diesel engines slated for pickup trucks. Mercedes-Benz and Volkswagen forged ahead with their clean diesel plans, but sales haven’t been as peppy as they had hoped.

Now, with cheaper diesel and tougher CAFE standards in the future, will U.S. car buyers flock to clean diesels? Or will the stinky stigma remain while we save our pennies for the Tesla S electric sedan or the Chevy Volt, which GM has promised not to abondon despite bankruptcy?

I’ve driven a couple of the clean diesels on sale in the U.S. and had pleasant experiences. You can revisit the Mercedes Blue-Tec and VW Jetta TDI posts for the scoop.

Mitsubishi announced that it’s little egg-shaped EV, the i-MiEV, will start production ASAP, with limited test leasing of about 1400 cars to select customers begining as soon as July 2009.

The press release for the unveiling of the production version of the i-MiEV calls it “the pioneer that will open the door to the next 100 years of our automobile society.” While electric cars will figure in the next century of driving, let’s remember that improved gasoline technology, clean diesel, hybrids, plug-in hybrids, liquid natural gas, and hydrogen fuel cells will all play a part in transportation in the decades to come.

Image of the production Mitsubishi i-MiEV provided by Mitsubishi Motors.

Ratan Tata, chairman of Tata Motors, told the Cornell Global Forum on Sustainable Enterprise that he plans to bring the uber-inexpensive Tata Nano to the U.S. by 2011. The car is slated to go on sale in Europe that same year.

According to a Reuters report, Tata mentioned the fact that before it can be sold in America, the Nano would need to meet U.S. safety and emissions standards. He didn’t mention that doing so would raise the price of the Nano significantly, since the EPA and the NHTSA set a pretty high bar for these things. Higher, even, than in Europe, where emissions standards are voluntary.

So, if the Nano does make it here, expect it to be safer, cleaner, and much more expensive than the version sold in Tata’s home market of India, where the teeny car goes for about $2,300.

The Internets are buzzing with a quote from an unnamed Honda spokesman who says the company is planning to produce a Honda Fit Hybrid as soon as the 2010-2011 fiscal year. The accelerated timetable for the hybrid model may be a response to the accelerated CAFE standards announced by the White House last month.

Honda will also produce the sporty CR-Z hybrid in 2010 — and that’s a definite. The Fit will follow, Honda says. The current Honda Fit already gets 27 mpg city, 33 mpg highway. John O’Dell, senior editor at Green Car Advisor, speculates that the Fit Hybrid could get fuel economy numbers somewhere around 50 mpg and a price tag in the neighborhood of $20,000.

Image of a gasoline Honda Fit by Kristen Hall-Geisler.

Last month, the WorldFirst race car hit the scene; one month later, the car hit the track and topped 130 mph. Though the car can run on the waste produced at a Cadbury chocolate processing plant in the U.K., it used a 30/70 mix of vegetable oil and conventional diesel fuel for its first run at the track, according to the New York Times.

The Formula 3-class car is based on a Lola chassis, but as much of the project as possible was converted to sustainable parts, such as a front spoiler made from potato starch and flax fiber, and a steering wheel derived from carrots.

The first person in the U.S. to take delivery of the Mini E electric car, Peter Trepp, was kind enough — and smart enough — to set up a blog to satisfy our curiousity about his experience. Trepp picked up Mini E number 111 on May 24, and he gets to keep it for real-word testing for exactly one year.

After 81 miles, he’d charged the car twice (saying it was “very easy”), but was coy about his top speed. He does say he’s getting 95-100 miles per charge, which is impressive compared to many of the EVs on the road today. Trepp says he can do better, though, once he smoothes out his driving and stops driving like a guy with a new car.

Mini/BMW asked Trepp to make himself and his tester available for the media, and he’s doing just that. It’ll be interesting to keep reading his blog when the newness of the E wears off and he starts experiencing whatever quirks come up in using it as a daily driver.

I know on first glance that putting an electric jet ski in the water seems like a bad idea, but the folks at ECO Watercraft swear that riders of it battery-powered personal watercraft won’t end up fried. The batteries and motor will be sealed for safety.

According to the company’s web site, a seven-hour ride on a two-stroke jet ski emits “more pollution than an old model car driving 100,000 miles.” Like all EVs, the ECO Watercraft will be zero-emissions. Since it runs cleaner and quieter than even four-stroke jet skis, the ECO Watercraft should be able to run in areas where gasoline-powered jet skis are banned.

ECO Watercraft also promises to build its products in a facility powered by renewable energy and to hold “green” workshops. Details on this facility — and the jet ski itself — are scarce, as the company is still developing the product. No word even on when the EV jet ski will hit the market, but keep your eyes peeled.

Mercedes-Benz parent Daimler has acquired a 10% stake in California EV upstart Tesla Motors. The two companies have been working together to develop a battery pack for Daimler’s future electrified Smart car, as Tesla chair Elon Musk announced in Detroit earlier this year.

While Daimler is learning from Tesla’s lithium-ion know-how, including the development of battery packs and recharging systems, Tesla is taking advantage of the bigger, older company’s experience and supply chain to develop its own, supposedly less expensive Tesla Model S electric vehicle.

There are already 100 electric Smart cars testing in London. The results of this partnership with Tesla will produce 1,000 second-generation Smart EVs, which will be built at Smart HQ in France and used in pilot European programs.

And Mercedes fans, start saving up now. The company promises to introduce an electric M-B in 2010.

Image courtesy of Daimler AG.

Ford couldn’t have picked a better day to throw a party for its fuel-efficient, turbocharged, direct-inject EcoBoost engine — the same day President Obama announced his new fuel economy standards.

The 3.5-liter V6 EcoBoost engine will go on sale this summer in the Ford Flex, Ford Taurus SHO, Lincoln MKS, and Lincoln MKT. According to Ford, the V6 is able to deliver V8 performance in a smaller, more fuel-efficient package.

For 2010, though, Ford will introduce an inline-four EcoBoost engine with even more emphasis on mpg over hp. No models have officially been named for the smaller EcoBoost engine, though the Ford Fusion sedan may be a candidate, according to Automotive News.

Image of drag racing Fords with EcoBoost engines courtesy of Ford Motor Company.

Last week, President Barack Obama announced new CAFE standards. While these new numbers seem like a big leap to require auto manufacturers to make, they were a long time in coming. Fuel economy standards hadn’t been significantly revised in nearly a decade. The new standards have the benefit of being constructed with input from auto makers and states who wanted higher standards, so a bunch of potentially expensive and contentious lawsuits were dropped as a result. Whew.

Here’s how it all breaks down:

  • The average fuel economy of the manufacturers’ car and light truck fleets will increase by 5% every year beginning in 2012 and ending in 2016
  • Cars must average 39 mpg; light trucks and SUVs must average 30 mpg by 2016
  • Overall average will be 35.5; current overall average is 25 mpg
  • Will go hand-in-hand with EPA initiative to reduce tailpipe CO2 emissions by 40%

What’s not known is how extended-range electric vehicles like the Chevy Volt or hydrogen cars like the Honda Clarity will figure into the calculations. The feds say they’re working on it.

If you’d like this information in a live, five-minute video starring yours truly, check out Portland’s KGW NewsChannel 8.

If you get an email offering a 2010 Ford Fusion Hybrid to a lucky few buyers for $15,500, don’t bite. It’s a hoax. The Ford Fusion Hybrid MSRP starts at $27,270, if you’d like to get yourself one for real.

I was at a press event for the Ford Fusion Hybrid in April, and I got to test drive the car for a few minutes on busy city streets. My quick-take review is that it is a solid-feeling full hybrid that can run on electric power only for quite some time. When the gasoline engine does engage, it’s barely noticable. The LCD dashboard gives the driver as much or as little information about power and fuel economy as she wants, and it looks cool while it does it. Those animated leaves you see in the commercials? They’re for real.

As soon as I can get my hands on a Ford Fusion hybrid for a full review, I’ll post it here. But my first impressions were favorable, if it’s on your short list for a new car.

Mercedes announced that it will produce a small number of hydrogen-fuel call cars for real-world testing in Europe by the end of the year. The cars will be small, but not micro-sized like the company’s teeny Smart car.

Speaking of which, the electric-powered Smart cars that Mercedes promised will be in production by the end of 2009, too. Berlin will get to test them first, so hold on a little longer, EV enthusiasts, while the Germans work out the kinks.

Image of the Smart EV at the 2009 Detroit Auto Show by Kristen Hall-Geisler.

Bentley, maker of high-end British cars, announced that all of its Continental models will be 85% recycleable (or 95% recoverable). This in addition to its promise to make its entire lineup FlexFuel compatible by 2012.

The company pointed out that it has also reduced gas, water, and electricity consumption by 25% over the past nine years while the number of cars that roll of the assembly line has grown by ten times in the same period.

It may be a moot point, though, this recyclability, as the company also pointed out that 70% of all Bentleys ever built are still on the road. Longevity and the low miles these cars usually rack up may be the greenest things about any large luxury car. That and the green it takes to buy one in the first place.

Photo by theignitionpoint.co.uk.

More than 60 new engines have entered the race for 2009 International Engine of the Year, a title which has gone to BMW for the past four years running. Hybrid engines from the Toyota Prius and Honda Insight have won in the past, and with new incarnations on the market this year, one of them may win again. Diesel engines from Mercedes-Benz and Renault are on the slate, along with non-green engines like BMW’s V8 in the 750i and Jaguar’s 5-liter V8.

The overall winner will be chosen by an international panel of 65 auto journalists (alas, I was not invited). There are also categories divided up by engine size, along with Best New Engine, Green Engine, and Performance Engine. Toyota’s Hybrid Synergy Drive engine has taken the Green Car (formerly Fuel Economy) prize every year since 2004, when it wrested the title away from Honda.

This year’s winners will be announced in Stuttgart, Germany, at the Engine Expo, held June 16-18.

Photo by Kristen Hall-Geisler.

West Coast Best Buy stores will get a charge out of the electronics giant’s latest offering: electric-powered bicycles. Best Buy will sell six EV bikes and two scooters built by Izip, as well as the A2B electric bike by Ultra Motor. Prices range from $300 to $2,000, according to Bicycle Retailer and Industry News.

Electric bikes allow the rider to choose pedal power or battery power. They don’t go very fast — usually 15-20 mph max — nor do they go very far without some work on the rider’s part, maybe as much as 30 miles. But for longer bike commutes, or to arrive at work without having to shower and get in a workout on the way home, a battery-powered bike may do the trick.

Image of the Izip Urban Cruiser Enlightened courtesy of Izip.

Several California counties, the state of Oregon, and now Seattle have hopped on the electric interstate idea by signing EV-charging infrastructure deals with Nissan. The car company plans to introduce its EV in limited numbers next year, and it wants to have recharging stations in place.

With San Diego and Seattle on board, the ends of Interstate 5 are pinned in place with EV charging agreements. Coverage along I-5’s length is spotty so far, though, so don’t plan a road trip in your Tesla just yet. Also, as John O’Dell reported on the Green Car Advisor blog, Seattle’s hydroelectric power source makes it the first utility in the world to be able to lay claim to the carbon-neutral crown.

Nissan’s EV has been making the rounds on the West Coast lately, with the technology tucked inside a Nissan Cube. The company won’t confirm that the final vehicle design will be based on the Cube, nor will it let journalists take a peek inside the battery pack. I assume details will be coming this fall as the first versions, suitable for real-world testing, become available.

Well, anyone can visit the site to learn about Volkswagen’s TDI clean-diesel engines, but it’s aimed at U.S. car buyers, who are still a bit leery of the technology.

The first hurdle in America is cost. In Europe, gasoline carries a heavy tax, making diesel vehicles the cheaper choice in the long run, despite higher initial cost. VW wants to convince us here in the U.S. of the value of fewer fill-ups and great gas mileage — like the nearly 40 mpg I got in the Jetta TDI Sportwagen.

Second is the lingering perception that diesel is stinky and gross. Thanks to strict emissions standards in the U.S. — and stricter standards on the way — diesel is no longer the sooty, smelly mess of a fuel that it used to be. Clean diesel pretty much lives up to its name, and VW rival Mercedes has a tail-pipe treatment in the BlueTec system that cleans the emissions further.

Don’t forget the benefits of biodiesel, especially when it can be made from post-consumer oils. VW has long been on the biodiesel wagon, even allowing customers to use it without violating the warranties on their new diesels.

I was at a meeting with Stefan Jacoby, CEO of VW North America, last week. He said VW is leaning heavily on its clean-diesel and improved gasoline technologies to improve fuel efficiency by as much as 50% in the next few years rather than investing heavily in hybrids and EVs. We’ll find out in the next decade how that strategy plays out for VW, versus the likes of GM’s Chevy Volt extended-range EV or Mitsubishi’s i MiEV.

Image by Kristen Hall-Geisler.

The much-anticipated Tata Nano, the world’s least-expensive new car, has already made a splash in its native India, where 203,000 orders have already been placed.

According to the New York Times’ “Wheels” blog, the company is only capable of building 100,000 units in the first run of the Nano. Tata will draw the names of those lucky first hundred thou from the pool of applicants. Surprisingly, only 20% of the orders placed were for the least-expensive model. Half of the orders were for the Nano LX, which for $3,300 adds power front windows, a heater, fog lamps, and exclusive Sunshine Yellow paint.

Image courtesy of Tata.

Italian scooter builder Piaggio is bringing a plug-in hybrid version of its Piaggio MP3 three-wheeled scooter to the U.S. by 2010. The model is burlier than a traditional two-wheeled scooter, thanks to the stability of two closely spaced front wheels, but otherwise it fits the profile of scooter commuter fun.

The New York Times Wheels blog gave the PHEV MP3’s specs:

  • 125-cc gasoline engine
  • lithium-ion batteries
  • 140 mpg estimate
  • $10,000 or so
  • available Q1 2010

Last week, a team of Ford engineers, hypermiler Wayne Gerdes, and NASCAR driver Carl Edwards pushed a new 2010 Ford Fusion Hybrid to its fuel economy limit, racking up 81.5 mpg–and $8000 for the Juvenile Diabetes Research Foundation.

The foursome traveled over 1400 miles of highway and city streets in the greater (much greater) Washington, DC, area in about 48 hours. The Ford Fusion, a full hybrid, is rated at 41 mpg city, 36 mpg highway, and can get 700 miles on a tank of gas. This team, with careful driving but no modifications, doubled that.

I’ve been in the new Fusion hybrid for a short jaunt, and I was impressed with its capabilities as a gas-sipper and a comfortable sedan in the little time I had with the car. With the right drivers and a good-gas goal, it seems to be capable of more than I suspected, though real-life numbers are likely to be closer to the EPA estimates.

Image of the team breaking the seal on the gas tank at the end of their 1447-mile run on a single tank courtesy of Ford.

Oregon-based HumanCar Inc. made some big announcements recently — including the fact that the company plans to build its HumanCar neighborhood electric vehicle and sell it to the public. The open-topped car may not seem too practical in rainy Oregon, but its lead-acid batteries can store energy to be used at home, should you need a little extra juice.

Where, you might ask, does the human come into play in the HumanCar? While the batteries can be charged at any standard 110-volt outlet, they can also be topped off by people power. The car seats up to four humans, and each seat has an oar-like handle. The occupants can “row” the car for a bit to generate energy that can be stored in the cells and used later.

The HumanCar NEV is limited to 35 mph, but the FM-4 is limited only by your good health. It’s powered solely by people.

Norwegian Finance Minister Kristin Halvorsen has proposed to ban all gasoline-powered cars from Norway by 2015. Hybrid gasoline-electric cars would still be allowed, as would extended-range electric vehicles like the Opel Ampera (that’s Chevy Volt to us Americans). Biofuels would make the cut, too.

Halvorsen has no intention of busting down garage doors in the middle of the night to take away gasoline cars. The new rules, if enacted, would apply only to new cars sold in 2015 or after. Her idea is to push car companies to make cleaner-running cars, not to wreck the Norwegian economy–even though Norway is the sixth largest oil exporter in the world, according to Reuters. On the other hand, Norway is home to electric-car upstart Think.

Two battery manufacturers with offices in Michigan have announced plans to build factories in the beleaguered state. LG Chem-Compact Power and A123 Systems will build two of the four expected lithium battery plants to come to Michigan in the near future. The other two waiting in the wings are Johnson Controls-Saft Advanced Power Solutions and KD Advanced Battery Group.

The A123 plant will be the bigger of the two, with $600 million in seed money and more than 5,000 positions expected to be filled. Compact Power’s plant gets a $200 million investment to create about 300 jobs. Both companies will recieve $125-million tax credits from the state as a thank-you.

Toyota announced the pricing for the third generation of its popular hybrid, the 2010 Toyota Prius. When it goes on sale in late May, the car will start at $22,750, including destination charges. A bare-bones version will be available later for a thousand dollars less.

The 2010 Honda Insight, which went on sale at the end of March, was said to be less expensive than the new Prius, and so it is. The Insight starts at $20,470, including destination charges. Honda has made a big deal out of pricing the Insight at under $20k, but there’s no getting around those shipping fees on a brand-new car.

Here’s how the 2010 Toyota Prius pricing breaks down, according to Consumer Reports:

  • $21,750 for the stripped-down edition, available later in 2009
  • $22,750 for the standard Prius with push-button start and more
  • $23,750 gets you Bluetooth and a couple other techy items
  • $26,570 adds leather interior, heated seats, and other niceties to the Prius
  • $28,020 is the top of the line, with LED lights and other exterior upgrades

Photo by Kristen Hall-Geisler.

Corvette races on E85 ethanol, Audi runs on diesel, and F1 cars are getting regenerative braking, but none of them have anything on the WorldFirst racecar. The U.K.-based Warwick Innovative Manufacturing Research Center has created an F3-class racecar from sustainable and renewable materials.

A sampling of the veggie-based goodness found in the car:

  • Front spoiler and side mirrors made from a potato starch core and flax-fiber shell
  • Steering wheel that uses a polymer derived from carrots and other root vegetables
  • Seat with a soybean oil foam and recycled polyester fabric
  • Plant-based lubricants
  • 2-liter turbo engine running on biodiesel
  • “Smog-eating” radiators coated with a catalyst that turns ozone into oxygen
  • Non-carbon disc brakes and — coming soon — cashew shell brake pads

Kulongoske and i MiEV

Ted Kulongoski, Governor of Oregon, John Koenig of Mistubishi Motors North America, and Jim Piro, head of electric utility PGE all took the podium on Earth Day to announce Oregon’s partnership with Mistubishi to establish a statewide network of charging stations. Presumably, these stations will be used by Mitsubishi’s i MiEV fleet when they come to Oregon for testing later this year.

Piro and Kulongoski both interated that Oregon is moving away from fossil fuel power, with the idea of emissions-free driving at the source and from the tailpipe (metaphorically, of course. EVs don’t have tailpipes). The region PGE serves is already number one in purchasing renewable power, so it seems hearts and minds of its customers have already been won over.

Kulongoski also said he was working with the federal Department of Transportation on greening the interstates. He’d like to see quick chargers at rest stops along Interstates 5 and 84 in Oregon, and apparently the U.S. government hasn’t shut down the idea completely.

Image of Gov. Kulongoski with i MiEV and charger by Kristen Hall-Geisler.

The brand-new Honda Insight is a big improvement, design-wise, over its predecessor. Granted, the aerodynamic shape has become familiar to us by now, thanks to the original Insight (with its covered wheels) and the uber-popular Toytoa Prius. But it’s got some moves of its own worth noting.

First is the informative dash. How do you want your information? Honda allows the driver to select what kind of input he receives, from current average miles per gallon to fuel economy for the last few trips. A glowing backlight behind the heads-up speedometer ranges from bright green to bright blue, depending on how hard you’re pushing the engine.

The Honda Insight isn’t a “true” gasoline electric hybrid, though it does have both a gasoline engine and a battery-powered motor. The difference is that the electric motor can only assist the gas engine; it can’t run on electric power alone, as the Prius or the Ford Escape can. Still, I managed a respecatble 44 mpg over about 100 miles of all-city driving.

Granted, the car itself helped me toward better fuel economy. I had the “Econ” button pushed nearly the entire time, which maximizes mpgs by regulating engine power and accessories. When I turned off the “Econ” mode, the gains in power and zip didn’t outweigh the gas-saving measures.

My only real complaint about the car is the split rear window. In the week I had the Insight, I never got used to the clear top window, pink-tinted lower window, and wide plastic bar between the two. A zippy car it’s not, but with a starting price just below $20,000 (not including destination charges or any federal or state incentives), it could be a game-changer in consumer’s minds.

Photos by Kristen Hall-Geisler.

This car was provided for review by the manufacturer at no cost to the reviewer.

Chrysler gives the U.S. a present for Earth Day: the adorable Peapod debuts today, adding a dose of design to the neighborhood electric vehicle segment.

NEVs, as these little cars are known, aren’t quick, with a top speed of about 25 mph and a range of 40 miles or less. It’s enough for most commuters, with the bonus of zero emissions and potentially low-impact fuel, if the electricity used to charge the batteries comes from clean sources like wind farms.

The Peapod in particular will have four seats (though I’m betting only two of them are usable by humans), be available in seven colors, and be available for purchase in October at $12,500. Again, this puts it right in line with other NEVs on the market, like cars from ZENN and ZAP.

The Peapod Mobility Project comes out of Chrysler’s old GEM electric vehicle group, which is headquartered in Fargo, North Dakota. The smiling Peapod will be manufactured at GEM HQ, making it a made-in-the-USA EV. Happy Earth Day!

There’s a rumor that Jaguar, which is owned now by Indian motor company Tata, will debut a plug-in hybrid version of its next-generation XJ four-door sedan. According to Autocar, a British magazine, the technology will be similar to the Chevy Volt (or Opel Ampera, if you’re in the European Union), with batteries that can be recharged by either plugging in or by a small, on-board, gasoline-powered engine.

Jaguar was granted a loan of more than 300 million pounds for developing green technology by the European Union. It’s worked with outside engineers on the PHEV project, including Lotus Engineering, to put the car into production by 2011. This dovetails with Jaguar’s plan to reduce its emissions by 25% by 2012.

In its latest round of investments, Fisker Automotive managed to get $85 million in venture capital for the development and manufacture of its plug-in hybrid vehicles. The company’s first production car, the 2010 Fisker Karma, is expected to roll out of the factory and onto the street in late 2009 with a price tag near $90,000 — before tax credits.

The wads and wads of cash come from Eco-Drive (Capital) Partners of New York, which is an investment consortium with members from the U.S. and Europe, and from early Fisker investor Kleiner Perkins Caufield and Byers.

Company founder and CEO Henrik Fisker will take part in the Fortune Brainstorm Green Conference in Laguna Niguel, California, this week. The symposium will include keynote speaker President Bill Clinton and the “Future of Cars” panel, which is where Fisker will share his ideas on the autos to come, along with Ford Executive Chairman Bill Ford Jr. and Ford CEO Alan Mulally.

Last month, the finalists for World Green Car were announced, and now we have a winner: the Honda FCX Clarity. It beat out the Mitsubishi i MiEV and Toyota iQ for the title at the 2009 New York Auto Show.

Currently, the hydrogen fuel-cell-powered Clarity is only available for lease in California. The i MiEV and iQ are available in Japan, though Mitsubishi’s little EV is hell-bent on global domination.

Past winners of the World Green Car have been:

Photo by Kristen Hall-Geisler.

Those few of you who joined me in watching “Arrested Development,” the short-lived sitcom on Fox a few years ago, will remember that magician Gob Bluth’s dorkiness was enhanced by his piloting a Segway around town. Well, GM and Segway apparently didn’t want the Gobs of the world to be alone any longer: they have teamed up to create a two-person Segway concept called the P.U.M.A.

Project P.U.M.A. stands for Personal Urban Mobility and Accessibility, and it’s been all over the Internets lately. The two occupents of the vehicle are seated, rather than having to stand, and it’s capable of going 35 mph for about 35 miles, similar to many neighborhood electric vehicles.

Here are the P.U.M.A.’s dork credentials:

  • An acronym for a name
  • A small set of front wheels — training wheels, if you will — for stability when stopped
  • Video-game-style steering apparatus
  • Upright pod design (the yellow stripes on the concept do not help)
  • No room for anything but the two dorks inside and their iPhones

As this is an experimental vehicle, no price has been set, and this is likely not its final form (though it’s probably pretty close). GM and Segway hope to bring the P.U.M.A. to market in 2012. God help us.

Now that I have made my feelings clear on what is likely a breakthrough in both technology and heights of dorkitude, make your feelings known in the comments.

The 2009 Audi Q7 TDI is being billed as “the world’s cleanest diesel SUV,” with 50-state emissions compliance and 17 city/25 highway fuel economy. It’s not cheap to buy race-proven diesel technology in an SUV, though: the Q7 TDI starts at $50,900. This doesn’t include the $825 destination charge, but it also doesn’t factor in the $1,150 Alternative Motor Vehicle Credit from the IRS.

In addition to getting 600 miles per tank, the diesel engine delivers significantly more torque, which is useful for those who actually utilize their sports utility vehicles, say, when climbing a steep hill. The Q7 also produces 25% less carbon dioxide than gasoline engines and emits 90% fewer nitrogen oxides than the stinky, old diesels of yore, according to Audi.

The Mitsubishi i MiEV may seem like an cute, innocent, egg-like electric vehicle, but recent events show that it has an iron will inside that adorable shape.

On March 27, Mitsubishi announced that it had signed a Memorandum of Understanding with one of the swankiest cities on Earth, Monaco. Beginning in late 2009, the company will provide a fleet of i MiEVs to Monaco’s post office, telecom office, and its famous hotels and casinos. The fleet will be testing the car’s “real-world” usability in Monaco, and will eventually include left-hand drive models. (All current i MiEVs are right-hand drive, since they’re built for the Japanese market.)

On April 6, Mitsubishi and Vancouver, B.C., signed an MoU for one car to be added to the city’s official fleet, and one to be added to the power company’s. The city — Canada’s first to participate in Mitsu’s program — could get more i MiEVs as they become available.

No city is safe from the pint-sized EV’s diabolical plans to clean up the atmosphere, not even my own Portland, Oregon. The State of Oregon signed an MoU with Mistubishi on April 10, while local power company PGE signed a Letter of Intent to test the i MiEV. The company is already working to establish a charging network in anticipation of mass-market electric cars.

These three test fleets are in addition to the i MiEV’s presence in Japan, New Zealand, Australia, California, and Europe. The car will actually go on sale for the first time — after obviously extensive on-street testing — in Japan this summer.

Mercedes-Benz F-CELL

Dozens of junior-level Mercedes-Benz employees and students in Germany worked together for a year to create the F-CELL Roadster project, a fuel cell-powered open car. The project was designed to give the trainees hands-on experience with developing alternative-fuel vehicles.

The spoked wheels of the design project reference the earliest Benzes of the late 1800s, while the seats are thoroughly modern carbon fiber with hand-stitched leather upholstery. It’s got a joystick in place of a steering wheel (a hallmark of any “car of the future” destined to never see production) and the fuel-cell system in the rear. The F-CELL has a top speed of 15 mph, but a range of over 200 miles.

It would be a miracle if the F-CELL ever reached the market, as it was intended as an in-house learning experience, but it’s just these kinds of projects that are going to expand the availability and viability of alternative fuels in the near future.

Daimler’s Car2Go program, which it launched in Germany last week, may come stateside — to Austin, Texas, no less, where they like to keep it weird. The company plans on bringing 200 Smart ForTwos to the Texas town and making them available to subscribers 24-7.

Cars can be prebooked or used on-the-spot, if it’s not already spoken for. Car2Go members use a smart card and PIN to access the cars, then pay about 25 cents a minute to tool about town, which includes gas. Hourly and day rates are available too, according to a post in the New York Times’ Wheels blog.

Austin city employees will get first crack at the system this fall.

Image of the Smart ForTwo at the 2009 Detroit Auto Show by Kristen Hall-Geisler.

On Monday, Chrysler announced that A123 would supply the lithium-ion batteries for the forthcoming line of EVs from its ENVI division. There are five vehicles in the lineup, including a Lotus-based sports car and a minivan, but there’s no word yet on which one will be the bell of the EV debut ball next year.

One of the partnership’s selling points is that both companies are U.S.-based, making it easier for early adopters to buy American when it comes to alternative fuels. Of course, the viability of Chrysler will have an impact on whether any of the ENVI project can move forward, but forging this kind of alliance and promising to bring an EV to market by 2010 show chutzpah on Chrysler’s part.

Photo of the Dodge Circuit EV at the 2009 Detroit Auto Show by Kristen Hall-Geisler.

On March 26, President Barack Obama pushed new fuel economy regulations for 2011 through the Department of Transportation. The regulations give some teeth to an initiative begun by the Bush administration to reduce emissions and our dependence on foreign oil.

The new standards were drafted quickly to give automakers time to retool production lines to meet the requirements. The 2011 model year was targeted so that the accelerated standards could be implemented quickly while not affecting the aggressive plans Obama has for future fuel economy and emissions standards.

Here’s how the mpgs will play out in 2011:

  • Passenger cars (sedans, compacts, etc.) must average 30.2 mpg
  • Light trucks (pickups, SUVs, etc.) must average 24.1 mpg
  • National fuel savings: 900 million gallons
  • Cost to the auto industry: $1.4 billion

These are small increases — smaller even than in the Bush proposal — that are expected to be met with little drama by embattled U.S. auto makers. Keep an eye on California, though, as it’s allowed to set its own fuel economy standards in the next few months, along with any other state that should fancy cleaner air and less time at the gas station.

The state of Oregon issued an RFP (request for proposals) last week asking for companies that make public electric-car charging stations to submit their systems for consideration in the state’s green transportation plans. The state already has a bunch of stations, mostly in the Portland metro area, but it wants to increase that number to hundreds and spread the EV love as far and wide as possible.

The Oregon Department of Transportation was authorized to ramp up the curbside charging program last November, including standardizing the look, performance, and safety of the chargers. Also, they’d like to buy in bulk to make things easy, so charging stations built by hand in the family garage likely aren’t going to cut it.

The chargers won’t be limited to curbside parking. ODOT envisions them at park-and-ride locations, retail parking lots, and motor pools, among others. Of course, Good Green Cars already covered the unveiling of a curbside charger in Oregon City last fall.

When automakers have a new technology, they like to test it in the real world with real drivers — who pay for the guinea pig privelege. A few dozen cars are built and leased to forward-thinking drivers, usually in L.A. Those people will try anything. The EV1 was a disastrous example of this; the Honda Clarity hydrogen vehicle a more successful one (so far).

Mazda is giving the guinea pigs a shot at its new hybrid minivan, the RX-8 Hydrogen RE, to corporate fleet customers in Japan. The RX-8 is Mazda’s rotary engine, which has in this instance been modified to use gasoline or hydrogen fuel at the flick of a switch. It’s the first leased vehicle in the world to be able to use either type of fuel, according to the company.

Tata Nano

After much drama — will it be built? where? can it really be sold for so cheap? what about the rioting workers? the abandoned first factory? — the Tata Nano made its world debut at the Taj Hotel in Mumbai last week. Tata Motors kept its promise of offering the car at a $2000 starting price.

So finally, now that its in production and ready to roll, what will the citizens of India get for their 100,000 rupees?

  • 632-cc, 2-cylinder engine
  • 30 horsepower
  • 1 windshield wiper (for one tiny windshield)
  • 12″ steel rims
  • Optional power steering and power brakes
  • No airbags, ABS, or radio — not even as options

The car will hit showrooms in April, according to a New York Times blog post, where buyers can spend $6 to register to buy the car. Deliveries are scheduled to begin in July. There are plans to bring the tiny car to the U.S., but it would need a LOT of safety upgrades to be street legal here — real bumpers, for example.

2009 Nissan Versa

The 2009 Nissan Versa 1.8 S hatchback I tested for a week was cute, bare-bones, fairly cheap — and it got fantastic gas mileage. Really. Here’s how my week went:

The car was a bright-blue hatchback, with bubbly corners and lights. The first thing I noticed was that I had to use the key to get in. No remote keyless entrey here. Seats were manual, windows were manual, locks were manual. It had a basic stereo with decent-enough speakers, and enough room for me but the knees of tall passengers were up against the glovebox. We didn’t try the rear seat.

Without a couple extras like the ABS package, this car could be had for $13,990. As tested, it cost $15,200, which seemed a tad spendy to me for such a Spartan little econobox.

Then, the night before the Versa was to leave my hands, I pulled into the gas station to top it off. I’d driven just over 100 miles almost entirely on surface streets, which used about a quarter tank’s worth of gas. I took my receipt, did the math, and came up with a whopping 32 mpg — on streets! No highway trips this week, no cruise control. With stops and starts and traffic included (though no serious snarls), I got the EPA’s upper estimate for the Versa.

This is the car for people who don’t care what they drive as long as it’s cheap, it’s safe, and it sips gas.

  • 2009 Nissan Versa 1.8 S HB
  • As tested: $15,200, including destination charge
  • 1.8L four-cylinder engine, EPA rated 24 mpg city, 32 mpg highway
  • 6.8 tons of carbon dioxide emitted annually

This car was provided for review by the manufacturer at no cost to the reviewer.

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At the March 19 IMSA GT3 race in Sebring, Florida, the Porsche 911s on the track smelled a little sweeter — or maybe just greener — than their competitors. Yokohama, a sponsor of the race, outfitted each of the cars with its Advan EVN-R1 orange-oil infused race tires.

The addition of orange oil to natural rubber produces what Yokohama calls “Super Nano-Powered Rubber,” which sounds like an anime plot device. In reality, it reduces the amount of petroleum in the tire by about 10% and increases its ability to be recycled — after a thorough shredding on the track. The compound also retains the performance of conventional race slicks, according to the company’s press release.

If you, Consumer Joe, would like to fit your Prius or Insight with some orange-oil tires, ask for the Yokohama dB Super E-Spec passenger car tire by name when it hits stores this summer. Sorry to say, though, that the scent of oranges does not carry through the tire-making process. They still smell like plain, old rubber.

Italian scooter builder Piaggio (owner of both Piaggio and Vespa brands) confirmed this month that its three-wheeled plug-in gas-electric hybrid scooter will go on sale  in the U.S. in early 2010. The Piaggio MP3 hybrid, which has two closely mounted front wheels and one rear wheel, will have a range of “several” EV-only miles, and an overall range of 141 miles with the help of a small gasoline engine.

Piaggio CEO Paolo Timoni told FoxNews.com that the MP3 will have a 125 cc engine and an electric motor (size unspecified) that can be charged at a standard 110v outlet. It will also have regenerative braking capabilities and “several adjustable hybrid modes.” FoxNews.com says to expect the price to be in the neighborhood of the current cream of the MP3 crop, just under $10,000.

E85 Corvette in 2008 Le Mans

The American Le Mans Series will revive its Green X Challenge Award with Michelin tires as the sponsor for 2009. The prototype and GT cars that acheives the best performance and fuel efficiency with the fewest emissions will win the award.

Lest you doubters think Michelin is jumping on the green bandwagon, they’ve been rewarding eco-friendly innovations for a while now. Eleven years ago, they created the Challenge Bibendum for clean vehicles, then in 2006 sponsored the Michelin Energy Endurance Challenge at the 24 Hours of Le Mans in France. In 2008, it extended the Energy Endurance Challenge to all European Le Mans-series races.

For its part, ALMS has been making the most inroads into green racing, with hybrid, biofuel, and clean diesels at the starting line. ALMS President and CEO Scott Atherton has applauded President Barack Obama’s green auto initiatives, and sees the track as a proving ground for new consumer technologies.

Racing will probably never be as clean a sport as, say, competitive tree planting, but initiatives like the Michelin’s Green X Challenge can help sate our need for speed and our preference for breathing cleaner air.

Photo of the E85-powered Corvette at the last ALMS race of 2008 courtesy of American Le Mans.

Norwegian EV manufacturer Think has plans to build a factory here in the States that can employ 300 people and roll about 16,000 lithium-ion-powered cars a year off the line, to start. The company hopes to ramp up employment to nearly 1000, including engineers, and make 60,000 cars a year eventually.

Think said in a press release that it is talking to reps from eight states, including hard-hit Michigan, about where to build the plant. It’s also applied for loans from the Department of Energy’s Advanced Technology Vehicle Manufacturing Program, but like any government process, it’s a slow one.

Green Car Advisor gave an update on the shaky process, due to Think’s filing for reorganization in Norway in late 2008. A spokesperson told Senior Editor John O’Dell that the company will press ahead with plans to build the cars in the U.S. whether or not its DoE loan goes through, and that it could be building demonstration and fleet cars here in limited numbers next year.

2009 VW Jetta TDI SportWagen

This poor 2009 Volkswagen Jetta TDI SportWagen got a real workout during the week I had it. I had made plans to stay at the Oregon coast, about 100 miles from my home. Then I got roped into a meeting held near Olympia, Washington, about 120 miles from home. All told, I put nearly 500 miles on the odometer — and used almost exactly one full tank of gas.

The diesel engine was quiet, started immediately, and smelled like nothing. It took the hills and curves over the Coast Range like it was a game, and both my short self and my tall husband were comfortable during the ride. The EPA estimates for the Jetta TDI SportWagen are 29 mpg city, 40 mpg highway. I ended up doing quite a bit of highway driving — more than I intended, actually — and was happy with my 37 mpg at the end of the week.

One word of caution to potential buyers: there was no indication on the gas cap that this car required diesel fuel. Drivers are not allowed to pump their own gas in Oregon (or New Jersey), and the attendant had the regular gasoline nozzle in his hand and was about to fill ‘er up. “No! No! Diesel!” I screamed inside the car. Luckily, he heard me and switched to good old B5 (that’s 5% biodiesel, suitable for winter driving). Close call, and one to be aware of if you’re not filling your own diesel tank.

Jetta TDI dash

  • 2009 Volkswagen Jetta TDI SportWagen
  • As tested: $29,410, including destination charge
  • 2.0L diesel engine rated 29 mpg city, 40 mpg highway
  • 6.4 tons of carbon dioxide emitted annually, on average

Images by Kristen Hall-Geisler.

This car was provided for review by the manufacturer at no cost to the reviewer.

Porsche Cayenne Diesel

Porsche debuted a diesel version of its Cayenne SUV at the 2009 Geneva Motor Show, but for now, at least, it won’t be in U.S. showrooms. Porsche says it’s saving the North American market for something even better: a hybrid version of the Cayenne in 2010.

The 3L, 240-hp engine in the diesel get 25 mpg combined, a significant increase over the current U.S. base model’s 17 mpg. In a press release, Porsche promises that the hybrid will deliver “V8 performance, the efficiency of a four-cylinder, and the ability to ‘coast’ at a maximum highway speed of 86 mph for up to 1.2 miles on electric power only.” I’m not sure how handy coasting on electric power for a mile or so will be in the real world, but that’s the statistic Porsche provided.

Image courtesy of Porsche.

Researchers at MIT in Cambridge, Massachusetts, have burst through the lithium-ion ceiling with an improved material that could allow the batteries to charge in minutes, rather than hours, as they currently require.

The researchers found that the ions moved slowly across the lithium iron phosphate material common in today’s rechargeable batteries. They reworked the material to create “tunnels” that the ions could move through much more quickly, reducing both the charge and discharge times of the battery. Because the material is not new but just redesigned, the battery could be on the market sooner rather than later.

This breakthrough has implications for more than just EVs, though. Phones, laptops, MP3 players — pretty much anything that uses a rechargeable lithium-ion battery — will be able to fully discharge, which extends the life of the battery, and then recharge in a fraction of the time required now.

Sources: InventorSpot, GearLive

2009 Honda Fit

The 2009 Honda Fit five-door sport is indeed go. I had a Revolution Orange number this week, and I tooled around town quite happily. There was enough punch for merging onto the highway, and it was as easy to park as a Mini Cooper. It was also impossible to park it in, though a UPS truck tried its hardest outside the coffee shop. Those short, rounded front corners can skirt just about anything.

The test car I had was fitted with a nav system that flipped open to reveal the slot for the CD player. Creature comforts were few, but it did have power windows and door locks. I’m not sure the little wing at the top of the hatchback kept the rear tires stuck to the road, but it added to the car’s sporty looks.

Surprisingly, the car didn’t live up to its EPA fuel economy estimates while it was in my hands. I’m not a crazed driver, but I also didn’t make an effort to drive in a fuel-friendly way (the Fit doesn’t have the eco-nanny feature that the new Insight has). There was an mpg minder in the dash, but it was small and I didn’t pay a whole lot of attention to it.

Honda Fit Speedo and MPG

After a week of mostly in-town driving, I got 22.1 mpg. The EPA estimates the car a 27 mpg city, 33 highway. I fell far short of its combined rating of 30 mpg, probably thanks to the 30-minute traffic jam I ran into outside Adidas headquarters. All that idling wrecked my mileage.

  • 2009 Honda Fit Sport
  • As tested, $19,430, including destination charge
  • 1.5L gasoline engine rated 27 mpg city, 33 mpg highway
  • 6.1 tons of carbon dioxide emitted annually

Images by Kristen Hall-Geisler.

This car was provided for review by the manufacturer at no cost to the reviewer.

GET G-Oil

Green Earth Technologies has created a fat-based, biodegradeable motor oil called G-Oil. It’s the first non-fossil-fuel, non-synthetic motor oil to earn certification from the American Petroleum Institute, meaning it meets the organization’s standards for use in gasoline engines.

Vegetarians may want to stop reading now, because I’m going to tell you where the fat comes from: livestock. According to Green Earth Technologies, “it takes three barrels of crude oil to make one barrel of motor oil, but it only takes one barrel of animal fat to produce one barrel of G-Oil.”

The API-certified motor oil is 5W-30 weight; the company is seeking certification for its 10W-30 and 5W-20 weight oils as well. The 5W-30 stuff will be on retail shelves in June, but bulk oil will be supplied to quickie lubes “much sooner,” according to GET.

Honday Clarity

The three finalists for World Green Car of the Year have been announced, and while none of them are widely available, none of them are big surprises, either:

  • Mitsubishi i MiEV (electric)
  • Toyota iQ (gasoline)
  • Honda Clarity (hydrogen)

Only the Clarity is available in the U.S., and it’s only leased to a select few customer in certain markets. The i MiEV is sold in Japan, and the iQ is sold in both Japan and Europe. The iQ, in case you’re not familiar with this foreign-only car, is the size of a Smart ForTwo and a 1-liter gasoline engine that gets 55 mpg.

The New York Times “Wheels” blog notes that with such disparate fuels and production levels, it’s not exactly a level playing field. Nonetheless, a winner will be announced at the New York Auto Show, which is being held April 10-19.

Image of the Honda Clarity by Kristen Hall-Geisler.

Honda Insight

Honda announced the official MSRP for the new Insight, and it’s under $20,000 (unless you count that pesky, unavoidable destination charge. The car will be available for sale March 24 for a base price of $19,800 for the LX model. EPA fuel economy estimates are good, at 40 mpg city, 43 mph highway.

The LX is pretty basic for a five-door sedan, with auto climate control, power windows, and a CD stereo system. The Honda Insight EX will be priced at $21,300 (again, not including destination), and comes with stability assist, cruise control, paddle shifters, an upgraded stereo, and more.

How does this compare to its number-one competitor, the Prius? It’s hard to say, since Toyota hasn’t given a date or price for the redesigned 2010 Toyota Prius, only that it will drop this spring. They did just release the car’s EPA numbers, though: 50 mpg city, 49 mpg highway. The EPA gave them a combined rating of 50 mpg, which the Insight just can’t beat. But with a starting price of $22,000 for the 2009 model, Honda seems to have Toyota’s hybrid MSRP licked.

Image by Kristen Hall-Geisler.

Opel AmperaChevy Volt

GM unveiled the European version of the Chevy Volt at the 2009 Geneva Motor Show — the Opel Ampera. The two cars are identical where it counts: they use the same chassis and Voltec extended-range electric vehicle drive system. But the skin they wear is quite different, and not surprisingly, the Euro version has more style.

Following the GM press release’s Euro style, the car can travel on electricity only for 60 km. After that, a small on-board engine acts as a generator to recharge the batteries and give the Ampera another 500 km of driving range. (That’s 37 miles on battery power, and about 300 miles of generator-extended driving on this side of the pond.)

GM says the Ampera will debut in dealerships in 2011, as the Continent’s first EREV. The Chevy Volt will be in U.S. showrooms at about the same time; its production is scheduled to begin in late 2010 at the company’s plant in Flint, Michigan.

Images above courtesy of GM. The Ampere is on the left, at its debut with Opel VP Alain Visser, and the Volt is on the right.

Nissan North America wants to put fast food to good use — by starting a nationwide EV charging network in their parking lots. (Seems like Sweden is leading the way here.) The way Nissan figures, 30 minutes on a commercial charger (rather than you 110V outlets at home) could give batteries up to an 80% charge. That’s about the time it takes to order, take a seat, get your food, scarf it down, and make a quick trip to the rest room before continuing on your merry, electrified way.

Customers would pay for the electricity at the curbside charger with a credit card. Drivers who need to top off for free might be able to do so at Nissan dealerships. The company is asking its sellers to install recharging stations as a courtesy for drivers just passing through.

Why does Nissan care so much? Well, they’ve got plans to get a five-seat EV sedan with a 100-mile range into showrooms by 2012. Without an easy-to-use infrastructure, the venture may be dead in the water. The company hopes the charging network will expand to workplace parking and shopping center parking, like malls and movie theaters. Maybe theaters could bring back the double feature so movie-goers can get a full charge.

Mitsubishi i MiEV

In a shower of rose petals and confetti, Mitsubishi and Peugeot Citroen signed a Memorandum of Understanding that will allow the two companies to work together to bring EVs to Europe sooner than expected. (More likely, it took place in an austere office sans confetti, but maybe there was sake and pate for everyone.)

The two companies had both started studies last summer on the feasability of bringing small electric cars to Europe. Rather than work against each other, the Mitsu and Peugeot Citroen agreed to work together on the i MiEV platform. The car will be sold under the Mitsubishi and Peugeot badges in Europe as early as fall 2010.

The press release announcing the Memorandum of Understanding (caps theirs) mentioned that real-world tests of the i MiEV are ongoing in Japan, New Zealand, and the U.S. Japan will see the little EV in dealerships this summer, while “several” U.S. markets could see a version of the car at the same time as the European rollout.

Bentley Continental Supersports

The Bentley Continental Supersports edition will debut at the 2009 Geneva Motor Show in March. And though it’s the fastest, most bad-ass Bentley ever built, it’s laying claims to green fame as well. The Continental Supersports will be a FlexFuel vehicle.

As part of Bentley’s commitment to reducing carbon dioxide emissions by 15% across the range of its cars, the Continental Supersports will be able to run on E85, gasoline, or a combination of the two. The company claims that this reduces “well-to-wheel” emissions by 70%. (By well-to-wheel, they mean from the moment the fuel is sourced to its refinement and delivery to when it burns in the combustion engine and releases emissions from the tailpipe.)

Bentley is basing its green claims on the hope that second-generation biofuels from 100% renewable sources like crop waste will become widely available by the time the Continental Supersports concept becomes a real, live car.

And, you know, it’s got a W12 engine that kicks out 621 bhp and has a 204-mph top speed. If you’re into that kind of thing.

Smart ForTwo limited three edition

Smart announced today that it will debut the Smart ForTwo edition limited three car with standard micro hybrid drive for spring at the 2009 Geneva Motor Show in early March. MHD is basically start/stop technology, where the engine shuts off when the brake is applied and the car slows to under 8 km/h (5 mph) and restarts as soon as the brake pedal is released. Parent company Daimler says mhd can improve fuel economy by up to 20% in around-town driving.

But the special-edition Smart isn’t just green on the inside. The exterior is covered in metallic melon green paint with a silvery sweep behind the doors. It has limited three logos on the mirrors and alloy wheels, and an exclusive brown interior with more silvery trim.

No word on how limited this limited three edition is, or if any of the examples will roll off the line and across the Atlantic to U.S. dealerships. We do know the coupe price will be just under $20,000 and the cabriolet will go for about $23,500.

Image courtesy of Daimler.

Dodge Circuit

At the 2009 Detroit Auto Show in January, Chrysler showcased its ENVI-program EVs, including the electric-orange Dodge Circuit. No definite dates were set for any of the range-extended electric vehicles, but buzz was high and Chrysler seemed close to ready to put at least one of them into production.

Last week, Chrysler and GM were required to file their restructuring plans with the government to receive the next round of cash. GreenCarReports.com found buried on page 135 a mention of an “EV roadster” to be produced in 2010 for the 2011 model year. The site extrapolates from this one word that the first EV from the embattled company won’t be the Lotus-bodied number they’ve parading all over town, but instead an open-topped car based on the 2007 Dodge Demon concept.

Of course, the “roadster” thing could have been a mistake, or just a typo. Really, though, if they can bring in an EV sports car at a decent price, would you care if it was a hard-top Lotus-derived body or a drop-top Miata-style mini monster?

2007 Dodge Demon Concept

Demon image courtesy of Chrysler. Circuit image by Kristen Hall-Geisler.

Mitsubishi will reveal two electric vehicle prototypes at the 2009 Geneva Motor Show in March: the Prototype i MiEV and the i MiEV Sport Air concept.

Mitsubishi Prototype i MiEV

The first car will introduce features that inch the little EV closer to Euro-spec readiness, including left-hand drive. All of the electric Mitsubishis on the road right now in their first phase of testing are Japanese-spec right-hand models, even the few in the U.S. The potato-bug of a car gets a wider stance and longer overhangs for Europe as well.

Mitsubishi i MiEV Sport Air Concept

The i MiEV Sport Air concept is expected to have a more powerful electric motor and a solid driving feel, due to the weight of the in-floor battery packs. It also will feature a “clear cutaway” top, which in Mitsubishi’s sketches looks like a sweep of glass from the windshield to the rear window.

Images courtesy of Mitsubishi.

Swedes will soon be able to offset their guilt at supporting big agribusiness and cultural hegemony by charging their electric vehicles while they eat at McDonald’s.

The company is buying bright-yellow curbside charging stations with the red-and-gold arches logo for customers to use, though the system will be run by the national grid. Each charger supplies 230 volts, which is enough power to charge up one of the EVs currently on the market in under an hour.

The first McPowerstation, as I’m sure they are not called, will be installed in the next few months. No word on how much — or if — customers will pay for the electrons fueling their cars.

Tesla Recharging

Tesla Motors CEO Elon Musk blogged last week about the latest member of his electric vehicle family: the Tesla Model S, a four-door sedan. The company has its collective fingers crossed that the U.S. Department of Energy will approve its $350 million loan to work on the new family-friendly car; if it all works out, production could begin in 2011.

Musk had a slew of good news to report, in addition to the high hopes he has for the Model S:

  • The faster, performance-tuned Roadster Sport will be available in June 2009
  • Two new sales and service locations will open in Chicago and London, with more in the pipeline
  • The company is expected to turn a profit by mid-year (but who knows how many high-level personnel changes there’ll be in the meantime)
  • He reiterated that Tesla has partnered with Daimler to supply the batteries and chargers for the electric Smart car

Ford Transit Connect

Ford announced last December that it would have an EV on the market in 2010, and we now know that this EV will be the light-duty delivery van called the Transit Connect.

The gasoline version of the van hits North America this year, with a sticker price of $21,475; there’s been no word on how the battery-electric vehicle version of the Transit Connect will compare, price-wise. The same van will be available worldwide, part of the company’s “One Ford” initiative to stop making thirty versions of one model for different markets around the globe.

The electric powertrain will come from Smith Electric Vehicles, the European leader in converting commercial vehicles to battery power. The little van that could is expected to have a range of up to 100 miles per charge, and to cater to stop-and-go delivery driving situations.

Image of the gasoline-powered 2010 Ford Transit Connect at the 2009 Chicago auto show courtesy of Ford.

The Zap Alias three-wheeled EV, which made its debut at the North American Auto Dealers show in New Orleans last month, has been accepted as an X Prize competitor, along with nearly 40 other teams of alternative-fuel vehicle builders.

The winner of the Progressive Insurance Automotive X Prize will meet several criteria:

  • Achieve 100 MPGe — the energy equivalent of 100 miles per gallon of gasoline
  • Be affordable (no six-figure pricetags here)
  • Meet market standards for safety and performance
  • Be production-ready

In a nutshell, these high-efficiency cars have to work and real people have to be able to buy them.

The Zap Alias, a two-seater electric vehicle, is competing in the “alternative” class. It requires two seats (check) and a 100-mile range, which Zap says the Alias will be able to do. The alternative class encourages new designs, which Zap took to heart when coming up with the three-wheeled Alias. It’s more than a motorcycle, but not quite a full-fledged car, with an other-worldly, sci-fi flair. Which may be just the ticket for the $1 million prize purse.

If you’re into the Alias and want one regardless of its chances at the X Prize, Zap is taking deposits of $1000 for the car. There will be a limited number of Signature Series examples sold in 2009.

Check out the 30-second video to get a glimpse of the Alias.

Last week, I wrote about the LiV Wise electric car from Hybrid Technologies. A member of the Oregon Electric Vehicle Association had taken delivery of one of these Toyota Yarises with the combustion engine ripped out and replaced by lithium batteries and an electric motor. He shared his excitement about the car — and the fact that he’d put 1000 miles on it in his first month of ownership — and I shared it with GoodGreenCars readers.

But lest you think EVs are absolutely perfect, he did write in that he’s had a few minor issues with his LiV Wise:

  • A software glitch had the computer beeping at him, but that can be updated
  • When plugging in the car, metal contacted metal (”completely my fault,” he said), which created a spark that tripped the breaker in his garage
  • The battery management system screen no longer comes on when charging without the key, so he may have blown a fuse in the car

“So we’ll see how idiot-proof the car is,” said the owner in an email. He also mentioned that Hybrid Technologies’ “customer support has been awesome so far,” a necessary attribute in a company whose products are on the bleeding edge of automotive technology. If you’re going to take the $40,000-leap, you want to know that the builder of your car has got your back.

Would you like to see more reporting about real people living with the latest in automotive technology? Let me know in the comments.

The American Council for Energy-Efficient Economy, a Washington D.C. non-profit, has released its environmental ratings for 2009 vehicles, including the top 12 “Greenest” and bottom 12 “Meanest” cars you can buy.

The list is in its twelfth year, and the results aren’t terribly surprising. The greenest 12 are small, alternative-fuel cars with great mileage; the meanest 12 are large trucks and high-performance sports cars that drink gasoline by the bucket. What is a little shocking is that the meanest car on the road is a flex-fuel vehicle, the Hummer H2.

Scores are based on tailpipe emissions, fuel consumption, and emissions of gases that cause global warming. Without further ado, here are the big winners and losers:

Greenest:

  1. Honda Civic GX (liquid natural gas)
  2. Toyota Prius (gas-electric hybrid)
  3. Honda Civic Hybrid
  4. Smart ForTwo convertible/coupe
  5. Toyota Yaris
  6. Nissan Altima Hybrid
  7. Mini Cooper/Clubman
  8. Chevrolet Cobalt XFE/Pontiac G5 XFE
  9. Honda Fit
  10. Chevy Aveo/Aveo 5
  11. Toyota Camry Hybrid
  12. Kia Rio

Meanest:

  1. Hummer H2 FFV (flex-fuel vehicle)
  2. Lamborghini Murcielago coupe and roadster
  3. GMC Yukon 2500
  4. Mercedes-Benz G55 AMG
  5. Maybach 57S/62S
  6. Lincoln Navigator FFV (flex-fuel vehicle)
  7. GMC Sierra K2500
  8. Mercedes-Benz ML63 AMG
  9. Jeep Grand Cherokee
  10. Dodge Ram 2500 Mega Cab
  11. Chevrolet Suburban K1500
  12. Ford F-250

Hybrid Technologies LiV Wise

Don’t be fooled by the name — the cars converted by Hybrid Technologies are zero-emissions electric vehicles. The company uses existing cars like the Toyota Yaris and Mini Cooper and swaps the gasoline engine for lithium-ion batteries and an electric motor.

I heard about Hybrid Technologies from a very happy new owner here in Oregon. It was six months from the day he placed his order for the Yaris-based LiV Wise to the day he took delivery, and according to him, it was worth every minute (and every penny of the $41,000 he paid). He has gone 70 miles on one charge at 55 mph or more, and got an additional 25 miles when he was in the city. He’s reached 75 mph, but that kind of speed cuts down on the range.

His LiV Wise has every option available for a 2008 Toyota Yaris — air conditioning, power locks and windows, rear wiper, fog lights. He even claims his new EV is “funner than my ‘01 Corvette to drive,” and has put 1000 miles on it in a week. Looks like you don’t have to give up good times to go green.

Here’s the specs for the LiV Wise from the company. They also do a sports car called the LiV Rush, which does 0-60 in 5 seconds, and a couple of EV motorcycles.

  • Range over 120 miles
  • Top speed over 75 mph
  • 0-60 in 12 seconds
  • Charges in 6 hours with 110v or 220v

More specs from the new owner, for the more tech-minded reader:

  • 327 volts when fully charged
  • Kocam lithium-ion batteries from Korea
  • Asujra Dmoc controller
  • Proprietary battery management system

Image courtesy of Hybrid Technologies.

Lexus HS 250h hybrid

Lexus held the second press conference of the 2009 Detroit auto show, where the HS 250h Hybrid was revealed. Coming as it did immediately after GM’s noisy press conference, Lexus was all quiet confidence. It has brought out a new hybrid every year since 2005, and the HS 250h is the first dedicated hybrid model from Lexus — there is not conventional gasoline-only counterpart. It’s hybrid or the highway, baby.

Lexus didn’t give a price for the new four-door sedan (it always waits until the last minute), but it did say the HS 250h is aimed at entry-level luxury car buyers who said in surveys that if there had been a hybrid in their price range, they would have bought it. Like a hybrid genie, Lexus is hoping to make their wishes come true.

As for its green cred, there aren’t any EPA mileage numbers, though the company says the HS 250h will get higher mileage than a Smart car. The interior plastics are plant-based, from the panels to the foam and upholstery. Thirty percent of the interior is recycled, while 85% of the entire car can be recycled at the end of its lifespan.

BYD F3DM

Thanks to Nissan’s pulling out of the 2009 Detroit Auto Show, Chinese auto manufacturer BYD (”Build Your Dreams”) got its chance to shine. Last year, BYD was relegated to the basement of the Cobo Center; this year, they were upstairs, between Subaru and fellow Chinese auto maker Brilliance, where the overhead lights could gleam off the company’s hybrid cars.

With a blast of music from the loudspeakers and a substantial investment from Warren Buffet, BYD is setting itself up to take on Toyota, Honda, Ford, and everyone else with a horse in the hybrid race. BYD began in 1995 as a battery producer, so building the car around the power system was a cinch. Like most other manufacturers with a new technology to sell, BYD brought a cutaway car to showcase its dual-mode hybrid system.

BYD’s first car, the F3DM, went on sale in China in December 2008. The company plans to bring its cars to the U.S. by 2011, and eventually to build them here, too. The next BYD car to reach showrooms will be a “family-sized” sedan, also dual-mode, called the F6DM. Both dual-mode cars have a 1-liter gasoline engine, an EV range of 68 miles, and a not-too-shabby 0-60 time of 10.5 seconds.

The BYD e6 is an all-electric vehicle with a 250-mile range and a 0-60 time of 8 seconds. It also features a “quick-charge” capacity that can restore 50% of its power in 10 minutes.

quick charge port

In all its cars, BYD promises safety, quality, affordability, and environmental responsibility. It’ll be interesting to see how they fare against the IIHS crash tests and EPA mileage machines.

Dodge Circuit

Chrysler, one of the not-so-Big Three, brought several cars from its ENVI extended-range electric car program to the 2009 Detroit Auto Show, including a Lotus-designed sports car and an electric concept car.

Lots of companies had new green technologies to show off, though, (except for Ford, which only brought a slide presentation of its plans to build electric cars in the future). Chrysler set itself apart by thanking the government and the American people at its press conference for the bailout money and acknowledging that it had a new responsiblity to consumers who had granted them the loan “just in time.”

Part of this responsibility, in Chrysler’s view, is to build cars that answer our energy and creature-comfort needs. It’s working on it. The company owns GEM, the golf-cart-like NEV company, and it brought three ENVI electric vehicles, including two Jeeps and minivan with a 40-mile electric range.

But it was the ENVI concept cars that stood out. Here’s the skinny on these new EVs:

Dodge Circuit

  • EV sports car shown in Tangerine
  • Designed by Lotus — and looks like it
  • 0-60 in under 5 seconds, top speed of 125
  • 150-200 mile range from lithium-ion batteries

Chrysler 200C

  • Interior made with organic materials
  • In-car Wi-Fi hotspot from Mopar
  • Microsoft-powered on-board computer includes a Facebook-like app, music downloads
  • 0-60 in 7 seconds, 268 hp
  • 40-mile electric range; 400 miles with range-extending gasoline engine

I mentioned that the Mitsubishi iMiEV was one of the most popular cars to test drive on the basement track at the 2009 Detroit Auto Show. The other was GM’s Chevy Equinox SUV powered by hydrogen fuel cells. I waited my for turn at the wheel and did a few 10-mph laps with a GM rep in the passenger seat to fill me in on the technology.

The most notable thing was that the hydrogen-powered motor was as quiet as an EV, and drove like an EV, since it basically is an EV being powered by hydrogen rather than energy stored in, say, lead-acid batteries. GM has a fleet of these Equinox SUVs on the roads right now, and customers have asked engineers to leave in the “whine” on acceleration, rather than making the vehicle perfectly silent.

Though I couldn’t test it on the 700 feet of impromptu track inside the Cobo Center, the Equinox can do 0-60 in about 12 seconds, which is similar to a Prius. The hydrogen fuel generates zero emissions, and the current generation of the technology operates without any issues from -5 degrees Fahrenheit to 113 degrees. The next generation should be usable in “normal car range,” from -40 to 130 degrees.

GM has the largest fuel cell fleet in the world being tested by consumers right now. What we need is enough solid information from GM and its testers to break the chicken-or-the-egg fuel cell impasse that we’re at now: no one wants to build the cars without fueling stations in place, and no one wants to install the fueling stations without the cars.

Image courtesy of GM.

iMiev in the Basement

After a couple manufacturers pulled out of the 2009 Detroit Auto Show at the last minute and the floorplan was rejiggered, there was a large, empty space leftover in the basement of the Cobo Center. What to do with it? I know! Let’s bring in trees, tulips, and shrubberies, and have alternative-fuel vehicles available for test drives!

And so I found myself in line late in the afternoon, waiting to drive the Mitsubishi iMiev. Mitsu didn’t have a booth at the show, so I didn’t think I’d get to see this little EV in person. I was happy to be wrong. It was one of the most popular vehicles to test at the show, as most of the other vehicles were new hybrid models like the Cadillac Escalade. We’ve all driven a hybrid by now, right? Journalists are so jaded.

I lugged my press-kit-filled tote bag to the driver’s side, only to find it wasn’t the driver’s side. The car isn’t manufacturered for use in the States, so it’s right-hand-drive, Japan-style. Luckily, the car is tiny, so I didn’t have far to walk to correct my mistake. Mitsubishi PR guy Moe took the passenger seat to ride along with me and answer my questions. Moe is a fairly tall guy, and he didn’t look too uncomfortable inside the car. I’m only 5′ 4″, and I fit behind the wheel just fine.

We tootled about the smooth cement track for three or four laps. Moe pointed out that there is an Economy mode that slows the starts and is 13% more efficient than regular Drive, and a Boost mode for getting up hills that makes use of regenerated braking power. The little iMiev isn’t fast by anyone’s standards, but it was hard to gauge its usefulness in the real world when I was confined to 700 feet of basement track and a maximum 10 mph.

Moe said the iMiev project started in 2004, and that a fleet of the cars is being tested worldwide, with the U.S. being a proving ground for cold-weather use. He said he’s driven the iMiev on the highway without fearing for his life or being blown all over the road. The batteries help give the little car some weight, he said; he found the gasoline-powered version of the car scarier than the EV on the highway.

The interior was pretty Spartan, with few bells and whistles. But the rear seats can fold down for extra cargo space, which is nice as long as whatever you’re loading in the back is large and airy, like, say, a balloon bouquet. Anything heavier is going to have a noticeable effect on the little motor’s get-up-and-go.

Image by me. Moe is in the passenger seat on the far side of the car.

Honda Insight

The blogosphere (GoodGreenCars.com included) has been abuzz this fall about two new hybrids: the third generation of the crazy popular Toyota Prius, and the resurrection of the pioneer Honda Insight. We’ve already talked about the “most important reveal,” according to humble Toyota execs, of the 2009 Detroit auto show, so now let’s turn to the potential giant-killer Insight.

First of all, if you take a look at the pictures of the new Honda Insight on the stand in Detroit, one thing stands out: it looks just like a Prius. Same short, sloped nose, same little wheels, same chunky back. Part of that is due to the aerodynamics necessary to get high fuel economy in a hybrid, but part of it is probably a little Prius piggy-backing, as well. In order to sell a lot of Insights, you have to aim for the familiar.

Honda hasn’t announced an official price for its hybrid, but it keeps saying it will be cheaper than the Prius. The new Prius doesn’t have an MSRP yet, either, but we can expect both of the cars to be somewhere slightly north of $20,000.

Interestingly, while Toyota couldn’t have tooted its own horn louder if it had brought a drum and bugle corps to Detroit, Honda didn’t schedule a press conference for its Insight. It left the car on the dais for the curious to find, with a cutaway car showcasing the Insight’s technology nearby. Humility won’t get anyone anywhere in the new automotive landscape, so if Honda wants to take on the mighty Prius, it had better step up is marketing game.

Insight insides

Tesla RoadsterSmart EV

Tesla CEO Elon Musk announced today at the 2009 Detroit auto show that the company will supply the batteries for the forthcoming Smart electric vehicle. Musk had just gotten the go-ahead from Smart parent company and Tesla partner Daimler this morning to make the announcement at the press conference this afternoon — the last auto manufacturer’s press conference of the show.

Musk said Daimler felt Tesla had the best engineering and technology, and so chose the small Silicon Valley electric car maker to supply the batteries for its Smart microcar. The Smart EV will use the same batteries as the Tesla Roadster, but in a smaller pack.

Musk also mentioned that his goal is to bring EVs to the masses, something that could be done through this partnership with Daimler. While the technology is expensive, it goes into expensive cars like the Tesla Roadster (which sells for upwards of $100k and is sold out through November 2009). By working with a large car maker to build EVs in volume, Musk hopes to lower the costs and partner with Daimler to build tens of thousands of cars, instead of the 1500 Roadsters Tesla hopes to build this year.

Tesla likes this partnership model so much that Musk says it’s looking for more deals of the same kind. “The notion of Silicon Valley versus Detroit is completely untrue,” he said.

2010 Toyota Prius

At last: the 2010 Toyota Prius, making its world debut at the 2009 North American International Auto Show.

Here’s the skinny from Toyota’s Group VP Bob Carter, who introduced the car at the Detroit auto show:

  • 50 mpg combined — the highest-mileage car sold in the U.S.
  • Most aerodynamic production vehicle in the world, with a drag coefficient of .25
  • Three driving modes: EV, economy, and power
  • 0-60 in about 9 seconds (a noticeable improvement)
  • Solar sun roof powers an interior cooling fan while the car is parked
  • Sales start in late spring 2009 in the U.S. and Japan

See more images by yours truly on my Flickr page.

I’ve attended about a half-dozen press conference at the North American International Auto Show in Detroit today — enough to give you an idea of what’s to come. I’ll have pictures and in-depth information on the models mentioned here in the next day or two.

GM: To emphasize the company’s commitment to greener powertrain technology, the Volt led the GM parade. The much-hyped range-extended electric vehicle should be market-ready by the end of 2010. The Chevy Beat microcar concept will be produced worldwide as the Chevy Spark in 2011. The surprise of the conference was the all-electric Cadillac Converj concept (nice spelling, eh?) It’s based on the Voltech system, as the company is calling it, and should have a 40-mile range.

Lexus: Toyota’s luxury arm debuted a dedicated hybrid, the HS 250 h. The “entry-level luxury vehicle” has plant-based eco-plastics, according to Lexus, throughout the interior, which is 30% recyclable. The car overall is 85% recyclable, including the batteries. It’ll be on sale in late summer 2009, but no price was announced yet.

Ford: Ford was all about its new EcoBoost engine, which is an option for the Flex right now and will be available on 90% of Ford vehicles by 2013. Bill Ford Jr. announced plans to bring four new high-mileage battery vehicles to the market by 2012, declaring it “not a test program,” but a business strategy.

Chrysler: Chrysler execs were grateful for the government bailout and weren’t afraid to show it. They brought their GEM low-power electric vehicles, plus the three ENVI electric prototypes they debuted in 2008. They also brought the new Patriot EV (the second Jeep to get the EV treatment) and the Chrysler 200c EV concept, which is packed with more hi-tech bits than an iPhone.

Bentley: The high-luxury car maker made available its corporate plans to move to flex fuels in its massive sedans and convertibles. It also announced a new biofuel car that would debut in Geneva this March. Oh, and they brought champagne. Yum.

Mini: Mini brought its E electric car and talked about its program to get a fleet of 500 test cars in Los Angeles and New York City, and it debuted a new convertible that is more fuel efficient and emits less carbon dioxide than the previous model.

That’s all for now. More press conferences tomorrow, including a new plug-in hybrid sports car concept from Fisker.

Garmin Nuvi 205

Garmin announced its latest nav-system add-on, called ecoRoute, at the 2009 International Consumer Electronics Show in Las Vegas this week. The application, which will ready for download in February, allows drivers to choose “less fuel” as a route calculation, in addition to “faster time” and “shorter distance.”

Besides just calculating the gas-sipping-est way from here to there, ecoRoute compiles a Fuel Report and Mileage Report to keep drivers informed of their gas usage over time and per trip. It even has little fuel-saving messages that pop up as text on the screen.

EcoRoute is compatible with the 205 and 705 series of the Garmin Nuvi satellite nav systems. Honda and Ford have recently announced similar built-in systems for their upcoming models, according to Edmunds.com’s Green Car Advisor.

With nine manufacturers out of the picture, I think it’s safe to say we shouldn’t expect much from the 2009 North American International Auto Show, which opens to the press January 11.

While Good Green Cars readers might not mind that Ferrari has pulled out of the Detroit show, you might find it interesting that Nissan/Infiniti has also decided not to bring any cars, and has even asked local dealers not to put up a display. The manufacturer has a hybrid program and plans to introduce electric cars to Oregon in the near-ish future. I was hoping to see those EVs, at least in prototype form, in Detroit this year. I also don’t see Mitsubishi on the press conference schedule, which means no up-close-and-personal time with the adorable iMiev.

What we can expect to see are the new Ford Fusion hybrid, the new Honda Insight, and the new Toyota Prius, all of which have a bunch of buzz surrounding them. Ford is also expected to talk about — but not have on hand — the new EVs it plans to build. I’m sure Chevy will be bringing the latest incarnation of the 2011 Volt PHEV, and that Chrysler will have its lineup of potential EVs on display.

Keep this blog bookmarked for the next week or so, as I report firsthand on the green goings-on in Detroit.

Lotus Designs

After hiring out its design arm to create chassis for Tesla and Chrysler’s electric vehicles, Lotus has hinted that it may throw its own hat in the EV ring. The Financial Times reported — and Edmunds.com’s Inside Line passed it along — that Lotus CEO Michael Kimberley said there may be an electric Lotus “shortly.”

According to the Edmunds blog post, “shortly” may be as soon as the Geneva auto show in March. The concept EV wouldn’t be fully functional, but it would give potential buyers an idea of what a 300-mile-range EV from the British sports car manufacturer might look like.

Looking at Lotus’s current lineup, I think we can assume it’ll be along similar curvy lines. And the company already has a tradition of model names that start with E (Elise, Elite, Evora, Europa … ), so coming up with a clever EV name should be a snap.

Image provided by Lotus Designs, from its 2009 calendar. As far as Good Green Cars knows, it’s not the EV Lotus is talking about, but, you know, it could be.

Finally — a good look at the coming 2010 Toyota Prius. Not just a taillight or a window switch, but a good, slow pan around the whole car while jazzy piano music plays (”Something’s Coming” by Leonard Bernstein, naturally) and the Blue Man Group plays with a boomerang.

The BMG gets inside the car, too, and plays with the tech features, like iPod integration and the futuristic dashboard readouts, which look like they were designed by Tony Stark. That’s “Iron Man” to the less geeky of you.

The video is about three and half minutes long, the perfect length for a Friday afternoon snack break. The car is set to debut at the Detroit auto show, and I’ll be there, blogging like crazy. Come back in about ten days to see what this sucker looks like in the metal.

Chevy Malibu Hybrid

The Chevy Malibu Hybrid is the gas-sipping car for people who don’t want to look like an eco-freak. It’s a pretty big four-door sedan with lots of space, a solid feel, and comfy seats. Grandparents and salespeople will love this car. It’s not an incognito hybrid, though: there’s the green hybrid badge on the trunk and a large hybrid decal at the top of the back window.

This car got a little extra testing this week, as we got a load of snow dumped on us here in the Pacific Northwest. I drove the hybrid — carefully — on slick and snowy streets when it was safe. The traction control worked beautifully as long as I was going slowly. When the snow got deep, though, the Malibu stayed parked in the driveway for five days.

As a result of driving in less than optimal conditions, I didn’t get the best mileage. The EPA says the Malibu Hybrid should turn in 26 city, 34 highway, but I averaged in the low 20s in the time I had the car. The most helpful green feature in nasty weather was the automatic shutoff, which was indicated by a flashing green “ECO” light in the dashboard. The Eco mode shut down and restarted smoothly.

The Chevy Malibu Hybrid starts at $26,345, which seems par for the hybrid course. If it makes you, the consumer, feel any better, it’s not the most expensive Malibu trim level available. There’s a 3.6-liter V6 LTZ version that starts at over $26,000, making the hybrid look like a good value all around. Too bad Chevy lists it as having “Very limited availability.”

This car was provided for review by the manufacturer at no cost to the reviewer.

Oregon Police Go Electric

Sherwood E-Z-Go

The police force in Sherwood, Oregon, is trying out a new all-electric cop car for a year. Sherwood’s EV of choice is the E-Z-Go with black and white po-po livery on its doors. An article in the Sherwood Gazette says that the department is leasing the car free of charge for a year. At the end of the year, the police department will decide if it wants to purchase the car for $14,500.

Where did the cops get this crazy idea? From the city manager, Jim Patterson. He has an E-Z-Go of his own that he uses to commute to work. The idea for the EV squad car is to save on gasoline costs for the city and reduce the environmental impact. There won’t be any high-speed chases in the E-Z-Go, but there could be some silent stealth missions on the agenda.

The drawback of the E-Z-Go that the Sherwood police are leasing is that it is, at heart, a golf cart. The company threw on some doors, and the police will be adding a light bar soon, but the casual observer is going to say, “Hey! That cop is driving a golf cart!” While the low-power cart will be great for community policing and undoubtedly better for the environment than a fully loaded squad car rolling slowly along city streets, the E-Z-Go doesn’t do much for the perception of electric vehicles as the cars of the future.

Regardless, big ups to Sherwood for taking a step in the right direction and giving an EV — even one with limited power and design sensibilities — a chance.

Image by Ray Pitz/Sherwood Gazette.

An ongoing and occasionally updated list of green car terms and acronyms.

B20, B100: Seen at diesel pumps, these designations indicate the amount of biodiesel blended with petroleum-based diesel. So B20 is 20% biodiesel, 80% low-sulfur diesel, while B100 is 100% biodiesel.

Biodiesel: Diesel fuel made at least partly from non-petroleum sources, such as used restaurant grease. Most diesel-powered vehicles can use biodiesel without conversion or alteration of the engine.

Bioethanol: A vehicle fuel based on starchy plant materials, commonly corn in the U.S. It has a lower emissions rating than petroleum. Also known as ethanol.

CAFE Standards: Corporate Average Fuel Economy. Each automaker must average the mileage of every vehicle it builds. The standards were enacted in 1975 to increase overall fuel efficiency. The standard for 2009 is 27.5 mpg for cars, 20.7 mpg for light trucks, and 23.1 mpg for trucks under 8500 pounds.

Diesel: A petroleum-based fuel that gets higher fuel efficiency than gasoline. It tends to have more tailpipe emissions, but technological innovations in the past decade have nearly erased this concern and dropped diesel emissions to near gasoline levels.

E85: A fuel blend that contains 85% ethanol, 15% gasoline.

EPA: Environmental Protection Agency. Together with the Department of Energy, the EPA issues mileage and emissions ratings for all cars sold in the U.S. See FuelEconomy.gov.

Extended Range Electric Vehicle: A type of PHEV where the car drives entirely on electric power, but there is a small gasoline engine on board that runs a generator to provide electricity for the batteries and electric motor. The addition of the gasoline engine allows the electric motor to go further on a charge.

Ethanol: A high-octane, low-emissions fuel long used in racing. Now it’s made from renewable plant materials and can be used in regular vehicles, though it gets lower fuel economy ratings than gasoline.

EV: Electric Vehicle. These cars have only batteries and an electric motor–no gasoline or other fuel required, and no emissions are released into the air. They are refueled by plugging the batteries into an outlet.

Flex Fuel: A vehicle that can accept regular gasoline or an ethanol blend, such as E85.

Fuel Efficiency: Using the least amount of fuel to drive the farthest number of miles. This can be measured miles per gallon, which is standard in the U.S., or in gallons per mile, which is more common in the rest of the world.

Hybrid: In the automotive sense, this is a vehicle that has a gasoline-powered engine and an electric engine that work together to deliver better gas mileage, usually 40+ mpg. The batteries are recharged by systems like regenerative braking. The 1999 Honda Insight was the first commercially available hybrid; the Toyota Prius became the first popular hybrid car.

Hydrogen Fuel Cell: These cells use hydrogen gas and air to create an electrical current to power a vehicle, with only water as a byproduct. Creating an infrastructure of hydrogen fueling stations has been an obstacle to the manufacture of hydrogen-powered cars.

ICE: Internal Combustion Engine. The same old gasoline-powered engine we’ve been driving all our lives.

Liquified Natural Gas: Natural gas that has been cooled to form a transportable liquid. Vehicles that run on LNG cannot use any other type of fuel with major modifications.

Lithium Ion: A type of battery used in cell phones, laptops, and electric cars. These batteries store a lot of energy for their weight.

LNG: Liquified Natural Gas.

MPG: Miles per gallon. The number of miles a car can travel on one gallon of gasoline or other liquid fuel.

NHTSA: National Highway Traffic Safety Administration. The NHTSA administrates the CAFE Standards, based on fuel efficiency data from the EPA.

NiCd: Nickel Cadmium, sometimes called NiCad. A type of rechargeable battery used in electric cars.

NiMH: Nickel Metal Hydride. A type of rechargeable battery used in electric cars.

PHEV: Plug-in Hybrid Electric Vehicle. See Plug-in Hybrid.

Plug-in Hybrid: A vehicle that has a gasoline-powered engine and a bank of batteries that can be recharged by plugging them into an outlet. These vehicles usually use the electric motor for 40 or so miles, then the gasoline engine as a backup. The supposedly forthcoming Chevy Volt is a PHEV.

Vehicle to Grid: Technology that allows electric utility companies to reclaim small amounts of energy from plugged-in EVs. Boulder, Colorado, has a pioneering VtG program.

Water Car: Proponents of the idea of running a car on water say it’s a similar energy conversion process to hydrogen fuel cells. The conversion of energy, though, seems to lose a lot along the way, making any benefit null.

In honor of what seems to be a national snow day (I don’t even want to hear from my in-laws in southern Florida right now), I wondered how the EVs of the world were faring in cold, icy, and snowy conditions. Again, I turned to the helpful members of the Oregon Electric Vehicle Association to answer my questions.

A few of the problems with EVs in winter:

  • Some, especially conversions, don’t have a heater
  • The locks on older cars used for conversions can freeze up
  • Lead acid batteries left in the cold lose 10-20% of their range

A few benefits of EVs in winter:

  • They don’t have to warm up – “instant on” no matter the temperature
  • Newer lithium, NiCd, and NiMH batteries lose less power than older lead batteries
  • All batteries can be charged in a toasty garage with minimal power loss

One OEVA member said his ZAP car drives fine in the snow for his short commute, and another has a factory-built Chevy S10 pickup with a little diesel-powered heater, so he does fine. One guy mentioned that he’d put so much time into his conversion that he couldn’t bear to drive it in questionable conditions, so he drives his “store-bought” car when it’s snowy out, but one other guy said he’s got a battery-powered quad that he plays with in the snow.

So it looks like EVs aren’t much better or worse in the snow and ice than gasoline-powered cars. But the EVs can plug in overnight rather than take a trip to the gas station, and they emit zero pollution. So they do have that going for them.

In my review of the Honda Civic Hybrid, I mentioned that my fuel economy was nearly 10 mpg lower than the EPA estimates, and wondered if it had to do with the cold temperatures that week. Could freezing temps have an effect on the batteries or the electric motor? Or was I imagining things?

I checked in with my informal panel of experts, the Oregon Electric Vehicle Association, whose members drive hybrids, plug-in hybrids, and EVs. According to these road-tested experts, I wasn’t imagining things, but I didn’t have the whole story.

First of all, Oregon adds ethanol to the gasoline in winter, which reduces fuel economy by about 4%, which I had forgotten about. Second, the snow and gravel would increase friction, which would lower the mpgs. Hybrids also lose energy heating up the whole engine and keeping it warm. Hybrid drivers can combat the drop in mpgs by turning off the defrost and heat while idling to get the gasoline engine to shut off as it does in more pleasant weather.

Several OEVA members also mentioned that everyone, hybrid and conventional car drivers alike, have been driving more carefully in the snow and ice. The techniques we use to avoid sliding into parked cars are the same ones that save gas overall and extend the range of electric vehicles:

  • Start very slowly
  • Take your foot off the gas far from the stop sign
  • Keep a huge gap between your front bumper and the next car’s rear bumper

One final word of caution: Hybrids are usually fitted with low-rolling-resistance tires to maximize the mpgs. These are pretty awful in winter weather, so if you’ve got a hybrid and live in an area that sees a fair amount of fluffy white stuff, it’s probably worth it to invest in a set of snow tires.

2009 Honda Civic Hybrid

The first thing to note about my week with the Honda Civic Hybrid was that it was very cold. Not negative-degrees cold, but well below freezing cold. I wondered if the hybrid engine or fuel economy would suffer when the car and the street were icy. I’m not sure if it was the weather or my driving, but my mpgs came in way below the EPA estimate.

Over the week, I drove about 120 miles, and I managed to average 31.5 mpg combined city, highway, and icy roads. The EPA rates the Civic Hybrid at 40 city, 45 highway. Handling, however, wasn’t compromised, and I was glad to have stability assist, ABS, and 4- and 5-star crash ratings. Not that I crashed. The car is just fine. I’m an excellent driver.

The Honda Civic Hybrid makes heavy use of its Integrated Motor Assist technology, which uses an electronic motor mounted between the gasoline engine and the transmission for extra power. Honda says the electric motor can propel the car from a stop to 35 mph, but I had a hard time keeping the internal combustion engine from kicking in, no matter how carefully I drove.

The car does have an auto stop feature that cuts the gasoline engine out almost as soon as the car is stopped, and it starts back up seamlessly when it’s needed. A blinking green “Auto Stop” indicator in the dash lets the driver know that the car is supposed to be absolutely silent.

The poor-ish mileage was my only complaint with the Honda, and that was likely a function of the weather, not the car. But if you live in an area with regular harsh winters, you may only get 30 or 35 mpg with the Civic Hybrid. Keep in mind, though, that these days we’re calling anything above 30 mpg pretty good.

This car was provided for review by the manufacturer at no cost to the reviewer.

The New Oxford American Dictionary has chosen “hypermiling” as its 2008 word of the year, beating out such other neologisms as “staycation” and “frugalista.” The word was apparently coined in 2004 by Wayne Gerdes, who runs the web site CleanMPG.com.

In honor of hypermilings achievements as both a word and a lifestyle in 2008, here are the top 10 hypermiling techniques:

  1. Do not idle. Shut the engine off if you’re going to be waiting for 30 seconds or more.
  2. Do not accelerate quickly. You’ve heard it before: no jackrabbit starts from stop lights.
  3. Properly inflate your tires. Keeping air in your tires reduces friction and increases fuel economy.
  4. Take ‘er easy. There’s a reason the feds set the speed limit at 55 during the gas crisis of the 1970s — it’s the best speed for the best mileage on the highway.
  5. Clear out the car. Every pound counts, so clear out anything that isn’t needed, especially if it’s on the roof, where it can create drag.
  6. Keep it in tune. Oil changes, regular maintenance, and the like will keep your mpgs as high as possible.
  7. Ride the ridges. In bad weather, drive with your tires on the higher center of the road and the white line to stay out of the rain- or snow-filled ruts. Be careful with this one.
  8. Make a trip chain. Don’t run six separate errands; do one trip with six stops to keep the engine warm.
  9. Make right turns. Do like UPS does: plan your route to have as many right turns as possible to minimize idling time while waiting for traffic to clear for your left turn.
  10. Hybrids only: Maximize the electric motor. Start slow and keep the car running under electric power for as long as you can, usually up to 35 or 40 mph.

Oh, Americans, when will we ever learn? We the people freaked out during the spring and summer of 2008, when gas prices hit $4 a gallon, and bought small, low-gas-mileage, low-emissions, Earth-friendlier vehicles by the boatload. Small cars that had languished on dealership lots for months were snapped up in seconds as the price of gasoline climbed. And heaven forbid you had a Mini Cooper or hybrid on your shopping list. They were scarcer than hens’ teeth.

In the wake of this fuel economy frenzy, articles were written (including one by me) about the plight of the large truck. Pickups and SUVs were left on the lot by new-car buyers, despite deep discounts and dealer incentives to get these things to go away and make room for the smaller cars people wanted.

But now, though we all talk a good eco-game, truck sales are inching back up. This despite the fact that all signs point to the current low-ish price of gas being an anomaly. Not to mention that whole reducing the ol’ carbon footprint idea. Here are the top five vehicles ranked by sales in May and November, according to industry publication Automotive News, with city and highway mileage plus the annual carbon dioxide output numbers from the EPA:

May 2008

  1. Honda Civic (53,299 sold, 25/36, 6.3 tons of CO2)
  2. Toyota Corolla (52,826, 26/35, 7.3 tons of CO2)
  3. Toyota Camry (51,291, 21/31, 7.3 tons of CO2)
  4. Honda Accord (43,728, 21/31, 7.7 tons of CO2)
  5. Ford F series (42,973, 14/19, 11.4 tons of CO2)

November 2008

  1. Ford F series (37,911)
  2. Chevy Silverado (29,534, 15 city/20 hwy, 10.8 tons of CO2)
  3. Toyota Camry (25,224)
  4. Toyota Corolla (21,807)
  5. Honda Civic (17,690)

Nissan Altima Hybrid

The first thing to note about the Nissan Altima Hybrid is that it makes use of the Toyota hybrid system. Nissan is working on its own proprietary hybrid system, but in order to enter the HEV market ASAP, they leased the technology from Toyota and dropped it into the Altima, giving the car an EPA mileage rating of 35 city, 33 highway. Not too shabby for a four-door sedan.

Ready LightBut not too smooth, either. The Altima hybrid has a keyless, push-button start. It only takes a second to turn the car on, and a green “ready” light lets the driver know the electric motor is good to go. A few seconds later, though, whether you need it or not, the gasoline engine kicks in — very noticeably. The first time it happened, I wondered if I had done something wrong.

Since the hybrid system was thrown into the Nissan Altima almost on a whim, the gauges lack the depth of fuel economy information seen in other hybrids. The center gauge does display “EV Mode” when the car is running under electric power only, which makes for a fun mpg challenge for the driver. The key is to stay in EV Mode for as long as possible, or to get EV Mode to kick in while driving around. I found that with careful pedal work, I could do most of my Christmas shopping on electric power. That was cool.

EV Mode

The Nissan Altima Hybrid gets good marks for its safety — five-star ratings for front and side crashes — and its low carbon footprint. But the integration of the hybrid system into the existing Altima leaves a lot to be desired, especially at a base price of $25,070. I assume the Nissan hybrid system of the future will work more seamlessly in its own cars.

Top image courtesy Nissan USA.

This car was provided for review by the manufacturer at no cost to the reviewer.

Battery Beach Burnout 2009

Electric vehicles have a reputation for being the pokey little puppies of the automotive world, and not without reason. The neighborhood electric vehicles that are available today generally go 35 mph for about 30 miles. Hardly fast enough to muss your hair. That’s where events like the 2009 Battery Beach Burnout in Jupiter, Florida, come in.

The EVs, plug-in EVs, and hybrids that meet at Florida Atlantic University February 21 and 22, 2009, will blow past the slow stereotype. Organizers have acceleration testing, autocross, and more on the docket for participants, plus a ride-and-drive event to give the public a chance to try out what may be an unfamiliar powerplant.

The addition of plug-in EVs and hybrids is new this year, as is a separate vendor area near the event field. The Florida Electric Auto Association is hosting the burnout, and will of course include a show-n-shine for EV owners. There’s no reason for the long-standing tradition of spiffing up your car to impress the ladies to die with the combustion engine.

  • What: Battery Beach Burnout 2009
  • Who: Florida Electric Auto Association
  • Where: Florida Atlantic University, Jupiter, FL
  • When: February 21-22

Ford Escape Hybrid

When I got back to the States after my vacation in diesel-clogged Buenos Aires, I had a Ford Escape Hybri