EVs

Though motor vehicles had been around for some 20 years, the White House didn’t make the switch from horse-drawn carriages to horseless carriages until William Taft took office in 1909. According to the L.A. Times, Taft chose an electric vehicle built by the now-defunct Baker company for the first Presidential conveyance.

Fast forward 100 years to president-elect Barack Obama, who made the following promises in his “New Energy for America” speech in August:

Put 1 million Plug-In Hybrid cars — cars that can get up to 150 miles per gallon — on the road by 2015, cars that we will work to make sure are built here in America

Within one year of becoming President, the entire White House fleet will be converted to
plug‐ins as security permits

Half of all cars purchased by the federal government will be plug‐in hybrids or all‐electric
by 2012

Obama also wants to provide a $7,000 tax credit for consumers who purchase advanced-technology vehicles and unspecified tax credits for folks who go the DIY route (or hire a firm to do it for them) and convert their car to a PHEV or EV.

Image by Jim O’Clair, Hemmings.com.

If you’ve been considering an alternative-fuel vehicle for your next car but were wondering where on earth to fill up, look no further than the U.S. Department of Energy. That’s right — the DoE has put together a handy web site where you can search for refueling stations for just about any kind of fuel except regular, ol’ gasoline:

• Biodiesel (B20 and above)
• Compressed Natural Gas
• Electric
• Ethanol (E85)
• Hydrogen
• Liquefied Natural Gas (LNG)
• Liquefied Petroleum Gas (Propane)

It should surprise no one that California leads the way in most types of alternative fuel stations. E85 is huge in the Midwest, which is another no-brainer, but biodiesel is big in Georgia and the Carolinas, which I did not know. Texas has hundreds of propane filling stations, as anyone who watches “King of the Hill” would probably guess.

There is a ton of information on the Alternative Fuels and Advanced Vehicles Data Center, and it will be a valuable resource as more alternative-fueled cars come to market in the next four years or so. Bookmark it now, folks, and tell all your friends who love green cars.

Like a lot of people interested in green cars, I recently saw a press release from a company called L.A. Electric Motors. They announced that they had a “total electric SUV.” The 5-seat Testament has, according to the release, lithium-ion batteries, and can go 70 mph with a range of 350 miles per charge. The company claims to have a web showroom with physical locations on the way, but the link to the site didn’t work.

With claims like that, I was a bit suspicious. Now that green cars and alternative fuels are in the public eye, we have to watch out for outrageous claims from companies that seem unlikely to deliver. I mean, the Tesla Roadster gets 244 miles per charge from its Li-ion batteries, more than almost any EV out there right now, and look how long its taken to get those cars on the road–with a placeholder transmission, no less.

My radar really went up when I noticed that the company wanted to save consumers from “ever flocculating gas prices.” Further investigation turned up a web site URL that didn’t go anywhere and an email address that bounced back when I asked for more information.

So keep your skeptic hats on, readers. Many fantastic-sounding breakthroughs are real (remember when veggie diesel was funny? Now it’s a booming business), but if it sounds downright miraculous, do a little research before you repeat it as gospel. And if you see anything that makes you cock an eyebrow and say, “Really?” pass it on to me in the comments. I’d be happy to look into it and share what I find.

Portland, Oregon, gets a lot of credit for sustainability and forward thinking, but it’s not the only place looking to an EV-powered future. Oregon City, a suburb south of Portland, unveiled its new curbside charging station October 28 by plugging in a converted electric Fiat owned by resident Mark Mongillo. The idea is to get a jump start, if you will, on the infrastructure required for the EVs and plug-in hybrids that manufacturers are promising for the near-ish future.

The charging station, which was built by Shorepower Technologies of Portland, is one of four that have been installed in the region by Portland General Electric. It can charge up to four electric cars at once using 120-volt plugs, like what we have in our homes. At that rate, it would take about four hours for a full battery charge. Most people parking curbside would likely “top off” their batteries while shopping or sipping coffee.

After the unveiling of the seven-foot-tall station, Mongillo plugged in his Fiamp to charge. Nothing happened. Nothing noticeable, anyway. The crowd seemed to expect noise or a light to turn on or something, but plugging in an EV isn’t that showy. Mongillo said, “That’s it. It’s working,” and the small crowd applauded.

Details on the Shorepower stations:

• 7 feet, 8 inches tall; stainless steel
• Powered by 100% renewable energy from PGE
• $2,500 for the four-outlet unit, not including installation
• Four 120-volt outlets; full charge in about 4 hours
• Charging is free (so far)

In my capacity as an automotive journalist, I have driven the Mini Cooper before. Several times, as a matter of fact. But when the red 2008 Mini with black stripes was delivered on Friday, I had a mission in mind. I was going to put its EPA fuel economy estimates to the test.

The Mini Cooper in my possession for a few days had a standard 1.6-liter, 16-valve, 4-cylinder engine that could turn out 118 hp. It may not sound like much, but in a car this small, it’s enough. It also had a six-speed manual transmission, which would help in the mpg department. The test car did have sport suspension and 16-inch wheels, rather than the regular 15-inchers, but I didn’t think that would affect the fuel economy much. The EPA estimated 28 mpg in the city and 37 mpg on the highway.

The morning the Mini Cooper appeared in my driveway, I was already late for lunch. I grabbed the keys, reset the mpg counter, threw the car in reverse, and tore off in the direction of the restaurant where I would meet a few friends. I did not drive responsibly. Safety was, as always, my priority, but speed came in a close second. I was surprised, on reaching the restaurant a few miles away, that I had still averaged over 32 mpg, even driving like a jerk.

Over the next few days, I drove in a much more sane way around Portland. Lots of in-town driving, some freeway, some stop-and-go traffic at 5:30. It never dipped below 30 mpg. As you can see, after five days of normal driving, I averaged 33.7 mpg. This is above the EPA’s combined rating for the Mini Cooper of 32 mpg.

I have to give the car back, and it’ll be a while before I get another. BMW, which owns the Mini brand, is pulling back on its press loaners for now. In the meantime, we can all look forward to those precious few electric Mini E models coming to the States for real-world testing.

One of the most talked-about unveilings at the Paris auto show this month was the all-electric version of the Smart car, called the Smart ED. (That stands for Electric Drive, not the subject of those old Bob Dole commercials.) Parent company Daimler says the cars will go into production in late 2009 for delivery to “selected customers.”

Daimler leased 100 early versions of an electric Smart to Londoners earlier this year to get real-world experience with plug-in vehicles. The second phase of testing, announced last month, will take place in Berlin with another 100 cars.

The updated version seen in Paris at the auto show will have a 90-mile range, which is twice as far as the current crop of neighborhood electric vehicles will go on one charge. No word on if or when the Smart ED will show up at U.S. dealerships.

Neighborhood electric vehicle manufacturer ZAP reported that its third quarter, which ended September 30, was its best ever, or at least since it launched the Xebra model in 2006. In fact, it shipped 200% more vehicles in the third quarter of 2008 than it did in the same quarter last year.

While this is absolutely good news — the company has even upped its workforce by 30%, something the Big Three couldn’t do this summer — it has to be put in perspective. ZAP is a small company, so a 200% increase in units shipped means 240 went out the door this summer, as opposed to 80 in 2007.

In comparison, the rest of the industry slumped hard in August. Sales were down 15.5% over last year, making it the worst August the auto industry has seen in a decade. GM’s sales were down 20%, Ford was down 27%, Toyota dropped 9% despite the popular Prius, and even steady Honda dropped 7%. But Chrysler had it the worst in August, with a 34% drop in sales.

Legendary design firm Pininfarina has brought its own little EV to the Paris auto show this year, the B Zero. Actually, the model name is written B0, but the company has helpfully let us know that it’s pronounced “B Zero.” Presumably, they don’t want us Americans running around calling it the “BO.”

The B0 will roll off the production line in late 2009 as a 2010 model, the Italian company says. The mass-produced car is a collaboration between Pininfarina and Bollore, who will provide the powerplant. The proprietary system will use batteries and supercapacitors to propel the B0 about 150 miles per charge, with a top speed of 80 mph.

If zero emissions and a high-tech lithium polymer battery aren’t enough to float your eco-warrior boat, the car also has solar panels on its roof and even a few on its tiny hood. Right now, the panels will be able to run “some of its equipment,” according to Pininfarina. I assume this means they provide enough power for creature comforts like the radio and maybe air conditioning.

After I posted a synopsis of the alternative fuel tax credits here on GoodGreenCars Monday, astute reader Emily wondered if electric-only vehicles could get the credit, or if this particular sweetener only applied to PHEVs like the Volt.

Here’s the straight dope from the bill, as translated into English from Congress-ese by yours truly.

A New, Qualified, Plug-In Electric Drive Motor Vehicle, according to the recently passed bailout bill, means a vehicle that:

1. Has a battery with at least a 4 kwh capacity (your tax credit will go up with the size of your battery)
2. Uses an off-board source of energy to recharge the battery (an outlet or generator would do)
3. Is certified under the Clean Air Act and meets California’s low emissions vehicle standard
4. Will be put on the road for the first time by the taxpayer
5. Was bought for use by the taxpayer, not for resale
6. Was made by a manufacturer — home conversions do not get this credit

So your 6-year-old daughter’s battery-powered Barbie car doesn’t get the credit, nor does my friend Tim’s Porsche 914 conversion. You have to buy the car brand-new and use it yourself, no dealers or used cars allowed. And any plug-in vehicle should meet the emissions standards with flying colors.

If you have further questions, read the text of the bill here (look for Section 205 on page 186 of the PDF).

The bailout bill passed by Congress last week included “sweeteners,” as anyone with a radio, TV, Internet connection, or newspaper subscription has learned by now. What didn’t make the top of the news was the fact that a couple of these provisions to sweeten the Wall Street bailout bill directly affect alternative fuels — in a good way, for once.

Buyers of plug-in hybrid vehicles will receive a $2500 tax credit, plus $417 per kilowatt hour for batteries greater than 4 kwh. This makes the Chevy Volt $7500 cheaper, as GM’s Volt blog was happy to point out. The credit will apply fully to the first 250,000 PHEVs sold, then will be phased out over the next year’s worth of sales after than landmark number is reached. (See Section 205 on page 186 of the bill.)

The bill also extends the 30% clean-burning fuel property tax credit to electricity, and moves the deadline for taking the credit out a year to December 2010. (See Section 207 on page 197 of the bill.)

Since that information, while useful, was dry as sand, here’s  video of a souped up Smart ForTwo beating the pants off a Ferrari in the quarter-mile (38 seconds):

If you’ll recall, when the Tesla Roadster finally started rolling off the production line, the company promised that the transmission shipped with the car was not the final edition. Anyone who took delivery of the car in that first run would be eligible for a free gearbox upgrade — as soon as Tesla figured out what that would be.

The gearbox prize goes to supercar parts supplier BorgWarner. The 27 current Tesla Roadster owners can ship their cars back to the factory in California for an upgrade, which delivers 30% higher torque (in a car that already had plenty) and an EPA-calculated range of 244 miles on a single charge.

The gearbox Tesla planned to use at first turned out to be not so durable under the high-torque conditions generated by an electric supercar. The new BorgWarner setup has a single-speed gearbox.

Tesla says the new gearbox was the final hitch in production (we’ll see about that), and that it plans on upping its weekly production from 10 to 20 in the next few months. It wants to be churning out 40 per week by early 2009. Right now, it takes about six weeks from ordering a roadster to taking delivery and driving it away.

Fuel-efficient small cars like the Smart ForTwo and EVs like the Zap Xebra have a built-in cuteness due to their diminutive size. But the 2009 GEM Peapod acutally made me say, out loud, “Oh! They’re adorable.”

Like the Xebra, the Peapod is a neighborhood-electric vehicle, or NEV, so it can’t do highway speeds or ferry your family to Yellowstone for vacation (unless you live less than 30 miles from Yellowstone and have a very small family). Surprisingly, the Peapod is longer and taller than the Smart ForTwo, and even has rear seats. But the NEV’s top speed is 25 mph, where the gasoline-powered ForTwo can do a highway-capable 90 mph.

The Peapod comes from those eco-innovation lovers over at Chrysler’s ENVI outfit, the same folks who brought us the Chrysler, Jeep, and Dodge EV designs in late September. The design of the latest little EV is completely new, unlike, say, the Jeep or the Town and Country minivan EVs, and features a lot of glass and a shape straight out of 2001: A Space Odyssey.

I’ve blogged about GEM before, back in the dark ages of EVs (early 2008). With the advent of the Peapod, though, the decade-old, North Dakota-based subsidiary of Chrysler got a new-ish name, GreenEcoMobility. Whatever they call themselves, this is a big improvement over GEM’s glorified golfcarts of old. And by old, I mean six months ago.

October 4 is opening day at Mondial de l’Automobile, or the Paris Auto Show to most Americans. Europe has long had more small cars that get better gas mileage than what we can buy in the U.S., and a wider array of clean diesel cars. We can certainly expect to see more of these kinds of autos in Paris this year; the difference is that now we want them, too.

Here’s a list of debuts and concepts to look for at Mondial de l’Automobile as the reports start filling the blogosphere next month.

Debuts

• Ford Fiesta ECOnetic, 65 mpg and not U.S.-bound
• Hyundai Santa Fe Hybrid, with lithium-ion batteries
• Nissan Pixo minicar, one foot shorter than the Chevy Aveo

Concepts

• Citroen Hypnos hybrid
• Honda Insight hybrid, poised to battle the Prius
• Lexus LF-Xh hybrid, based on the concept LF-X SUV
• Nissan Nuvu EV minicar
• Opel Insignia EcoFLEX sports tourer, clean diesel on sale in Europe next spring
• Peugeot hybrid
• Renault Ondelious diesel mild hybrid
• Suzuki SX4-FCV fuel cell vehicle, already certified in Japan

Chrysler unveiled three EVs this week, one from each of its divisions. There’s a Jeep SUV EV, a Chrysler minivan EV, and a Dodge sports car EV, all slated to go on sale in the U.S. in 2010 as 2011 models. If the automaker can hit that mark, Chrysler’s EVs will beat the plug-in hybrid Chevy Volt to market. I bet that fact didn’t escape Chrysler execs.

Chrysler’s EV development team, ENVI, promises that these vehicles will allow drivers to go about their merry way without making major changes to their driving style. The Jeep, for instance, will be a body-on-frame four-wheel-drive vehicle, while the sporty Dodge will be rear-wheel drive.

The vehicles don’t have names yet, but Chrysler has published specs:

Dodge EV:

• 200 kW = 268 hp
• 0-60 in under 5 seconds
• Top speed 120+ mph
• 150-200 mile range

Jeep EV:

• 200 kW = 268 hp
• 0-60 in 9.0 seconds
• Two- or four-wheel drive
• 400 miles (with help from a small gasoline engine)

Chrysler EV:

• 190 kW = 268 hp
• 0-60 in 8.7 seconds
• Seats seven
• 400 miles (with help from a small gasoline engine)

Photo courtesy of Chrysler LLC.

An editor recently forwarded the results of the Sustain Lane 2008 U.S. City Rankings, asking me to please not gloat about the fact that the city I’ve lived in — and loved — since 2001 is the most sustainable city in the nation. Whatever, dude! We’re number one! Although the easy-to-read dartboard design makes it obvious how well Portland scored in a variety of categories, I’ll run down a few of our car-related kudos for those who are unaware of our awesomeness.

• Curbside EV Charging. The local electric utility company, PGE, just this summer began installing curbisde charging stations in the Portland metro area. Right now, there’s a total of two of the new EV chargers, but most other cities don’t even have a plan yet (though Boulder is one-upping us with its vehicle-to-grid system).
• A chain of EV dealerships. So it’s only a chain of two. EcoMotion has been one of the top sellers of ZAP vehicles in the country — and its been open for just a year. The shiny, new EVs are out front, but the back room holds a trove of used high-mileage, low-emissions SmartWay-certified used cars.
• The OEVA. The Oregon Electric Vehicle Association, part of the national EVA, is active in the area. The offer assistance to those who want to buy electric or convert a car on their own, and they have a presence at almost every green event in town — and there are a lot of those.
• The MAX. While Seattle was building the famed, and failed, monorail system, Portland was laying down tracks for light rail. The latest completed addition, the Yellow Line, finished early and under budget. More light rail connections are being built as we speak.
• Bikes everywhere. Portland has miles and miles of bikeable streets, with designated bike lanes, for the thousands of people who commute using pedal power. Any bike shop has a map of bikeable routes available, and people are even stretching their biking season into the first rainy months of the year.

Okay, PDX is not perfect. There are some safety issues on MAX, especially in the suburbs, and there are notorious and sometimes violent clashes between drivers and bikers almost every month. But there are also a lot of good green car things about Portland that I didn’t even mention, like its bid to build an electric car factory in the future, or the fun and inclusive scooter scene.

I’m done gloating. Check out the rest of the sustainability rankings to find your city. If it’s low on the list — or not on it at all — get moving. Every location on here can always do better. Even Portland.

Photo by Doug Geisler.

Last week, two Penn State patrolmen took their new rides for a spin: electric-powered Vectrix motorcycles. The central PA campus is the first in the nation to add EV motorcycles to its police force, and the first cop shop in the state to do so, as well.

The bikes will be used most often to patrol parking lots on game days, which attract over 100,000 fans to watch the Nittany Lions play. The pair of motorcycles are expected to last 8-10 hours per charge, or about 60 miles. According to Steven Shelow, director of University Police, the department has been eyeing motorcycles for about three years. When he saw the EV models at a law-enforcement convention over the summer, he decided they would work well on campus, as they are quiet enough to operate while classes are in session.

The Vectrix used on the PSU campus costs less than $9,000, comparable to a gasoline-powered motorcycle. Like most EVs, it plugs into either a 110- or 220-volt outlet to charge overnight. Top speed is around 60 mph, if the police should need it. The one hitch in the plan is the same hitch that affects all motorcycle cops: winter. Snow falls in big, cold, wet flakes pretty often in Pennsylvania, which means these two patrolmen will need to borrow a cruiser or pull on their warmest waterproof boots.

Photo from wjactv.com.

Mitsubishi announced this week that it will bring a fleet of its i MiEV electric cars to New Zealand in February 2009. Local and national government officials will take turns driving the cars to spur discussion of infrastructure, marketing, and presumably some kind of incentive for bringing the cars to the good people of New Zealand in the future.

Why New Zealand, you ask? Why not the U.S. or some other nation tiring of the flucuation in oil prices? Two reasons, one of which is dead simple: Kiwis drive on the left side of the road, just like they do in Japan. The cars are built in Japan, and will be introduced first to the Japanese market, so there aren’t any adjustments to be made. The steering wheel is already in the right place.

The second reason is Mitsubishi Motors’ partner in the tour, state-owned Meridian Energy. Not only is it New Zealand’s largest energy provider, but 100% of that energy comes from renewable sources, like hydroelectric dams and wind farms. That means in New Zealand, the i MiEV can be a zero-emissions car coming and going.

Franklin, Kentucky, will be the home of new venture Integrity Automotive, which will build the Zap Alias, among other vehicles. The first shovelfuls of dirt were lifted last Friday, and the first cars are expected to roll off the assembly line in a year. Zap brought a protype of the space-age-looking Alias to the groundbreaking.

The 200-acre site is being prepped for a 1-million-square-foot manufacturing facility that will employ 1000 people and produce electric vehicles for Zap’s global distribution. Currently, most of Zap’s electric vehicles, including the popular little Xebra neighborhood electric vehicle, are built in China. Kentucky put together $48 million in incentives to lure Zap to bring jobs to their state instead of farming them out to Asia, and the city of Franklin has pledged $76 million in industrial revenue bonds. Kentucky’s governor, Steve Beshear, also signed an executive order to expand the use of EVs in the state.

The plant is a joint venture between Integrity Manufacturing, one of Kentucky’s fastest-growing businesses, and Zap. The EV builder has had a shaky reputation in the past for following through on its promises, so let’s hope they see this one all the way through.

Los Angeles-based songwriter Trudee Lunden is using her rock-n-roll powers for good rather than evil. Check out her MySpace page and listen to the song “Electricity.” Though it is not one whit like the song about electricity that used to play on “School House Rock” when I was a wee girl, it is the first and so far only song I’ve heard about electric vehicles.

The song is performed by co-writer Tom Fair “Extraordinaire” and includes subtle lyrics like “let’s keep building electric cars” and “Electricity charging up my battery.” It name-checks Tesla and Aptera, both companies at the cutting edge of EV technology. This places the tune in the pantheon of songs devoted to the cars one loves, like “Little Deuce Coupe” and “Little Red Corvette.” Though I don’t know that anyone has penned an ode called “Unleaded Gasoline” yet.

If I’m being persnickety, I did find a safety issue in the lyrics. If an EV driver, especially one new to the technology, put the pedal down and pushed it hard, as suggested by “Electricity,” they’d be riding a whole lot of torque. Not much of a problem in your Zap Xebra NEV, but a big deal when you can finally get into a Tesla.

Photo by flod.

After giving us coy pictures of front corners and rear decks of the design concept, GM says they will unveil the Chevy Volt in all its production-trim glory at the company’s 100th birthday party September 16. Preproduction models will be built in 2009, with sales of the real deal expected to begin in 2010.

GM chair Bob Lutz told Automotive News Europe that the production Volt will be the “next generation global compact architecture.” For those who don’t speak Auto Industry as a first language, that means the U.S. version of the Volt will use many of the same underpinnings as GM’s upcoming world-market offerings. For examples of this design, keep an eye out for the Opel Astra and Chevy Cruze at the Paris auto show this year.

Meanwhile, according to Motor Trend, GM and the EPA are debating whether the Volt is a hybrid or an electric vehicle. The outcome will decide how fuel-economy numbers will be calculated. The car has an electric motor with a combustion engine that acts as a range extender when the batteries run out.

GM wants the car to pass the EPA’s tests using the electric motor 85% of the time, which would give it a rating of 100 mpg or more. The EPA wants the Volt to pass the tests with its batteries near full charge at the end, which would require the gasoline-powered engine to run most of the time. This calculation would drop the fuel economy to about 48 mpg. When fuel economy is your sales tool, a Prius-like 48 mpg might hurt sales of the $40,000-plus Volt.

Tesla Motors, the fine folks who brought us the all-electric Roadster sports car, are working on a five-passenger sedan called the S. The company plans on bringing the car to market in 2010, after its California manufacturing plant is complete.

While the Roadster was based on a Lotus platform, the S will be completely developed in-house. It will also be a bit cheaper than the $100k Roadster, since its body will be formed from aluminum rather than carbon fiber. According to Autocar, a U.K. site, there will be three models of the S available: a 160-mile range for $60,000; a 220-mile range for $68,000; and a future 300-mile range version that hasn’t had a price pinned on it yet.

Tesla will use the same lithium-ion battery technology that powers the Roadster in the S series, and it expects to eventually sell 20,000 S cars a year. If the California company can pull off building a four-door EV sedan for $60,000, the plug-in hybrid Chevy Volt — which still requires gasoline and will likely retail for more than $40,000 — may have a serious challenger on its alternative-fuel hands.

The image is obviously from Autocar.co.uk.

Darryl Hannah is at it again. Hollywood’s eco-warrior extraordinaire (and actress) plans to convert Elle Driver’s 1980 T-top Trans Am from gasoline to electric power. It’s like my two favorite things melding into one: the Quentin Tarantino two-part modern-day samurai flick “Kill Bill” and alternative-powered automobiles. Maybe they could program the horn to play that song Elle whistles as she walks down the hallway in her nurse’s uniform to kill The Bride.

Hannah recently auctioned off her biodiesel-powered El Camino, so she has some experience with converting ’70s iron to new-millenium power. The trouble with the Trans Am will be its weight. EVs are typically tiny and light, neither of which describe the black American road hog from the film. The batteries will be under a lot of stress to power such heavy car, and Hannah admits in the Denver Post that she doesn’t expect it to have much of a range.

The power she’ll use to charge up the car will be as clean as it gets, though. Hannah says she’ll use her own solar power (as opposed to her more ethereal star power) from her off-the-grid Colorado ranch.

The Alternative Energy and Transportation Expo will roll into Santa Monica for the third straight year September 26-27, at the Santa Monica Civic Auditorium. For the first time ever, the show will also set up camp in Texas, at the Austin Energy Alt Car Expo inside the Palmer Events Center October 17-18. Both events are free, free, free.

If you’re new to alternative-energy-powered vehicles, these events would be a good place to start. More than 150 exhibits will detail different fuels, such as hydrogen, hybrids, ethanol, electricity — both AC and DC — and even natural gas and propane. Experts will be on hand to answer any questions you may have, whether you’re an SUV driver thinking about driving greener or an engineer who converted his Porsche 914 to an AC motor.

Perhaps the most useful part of the expo is the Ride and Drive lot, where visitors can experience alternative fuels first-hand and evaluate their pluses and minuses from the driver’s (or passenger’s) seat. Seminars and panel discussions will be held during both weekends, featuring authors who’ve analyzed the future of the auto industry and movers and shakers from within the industry itself.

I published a post last week about Fosh Automotive, saying that they hadn’t produced their promised electric miracle car. While skeptical of the car, I emailed them for details, and was told to wait. It turns out the whole project was a scam to lure in supporters of fuel-efficient cars (and the people who report on them), then use their email addresses to donate to John McCain. I’ve changed the link on the original post from the Fosh site to the AutoblogGreen site, where they detail the extent of the scam.

Reva’s teensy electric car, the G-Wiz, is the best-selling EV in the U.K. The car has an owner’s club, with nearly 600 members so far, and you can park it in London for free, which saves Brit commuters nearly $2000 a year. Retailer GoinGreen can get you into a brand-new G-Wiz of your very own for about $18,000.

Granted, the cars are weird-looking. Weirder than a Smart ForTwo, anyway, but maybe not as weird as a Zap Xebra. If they’re going to drive such strange-looking vehicles, Londoners seem to think they might as well go all the way. The cars are often subjected to custom paint jobs and marketing wraps, as if they weren’t getting enough attention from passers-by.

Here, for example, is a car covered in what looks like parking garage locations:

This example is covered in lightning bolts, though it tops out at 50 mph:

GoinGreen has even partnered with a designer to produce a special-edition G-Wiz featuring one of her designs, Sunlight Through Leaves, which was on display at the London auto show this year:

So, my fellow Americans, let the Brits inspire you to fancy up your weird-looking green car, whether it’s an old Honda Insight with the covered rear wheels or a brand-new GEM with its space-age ovoid doors. Why stop at fuzzy dice and seat covers? These cheap neighborhood electric vehicles are crying out for you to put your personal stamp all over them.

Photos by Rain Rabbit, canonsnapper,  and jonanamary.

At a press event in Portland, Oregon, Dan Kapp, Ford’s director of powertrain research, said that the company has plans to become the number-one hybrid  producer in the country next year. By adding hybrid versions of the Ford Fusion and Mercury Milan to the Ford Escape and Mercury Mariner hybrids already on the market, Ford will double the number of its hybrids on the road.

Kapp laid out Ford’s long-term strategy, from today to 2050. The company plans to migrate its advanced fuel-saving technologies, like hybrid systems and the new EcoBoost engine, across the product line by 2012, so at least a few Ford, Lincoln, and Mercury vehicles will get a little better gas mileage. By 2020, Kapp said Ford will fully implement current technology and begin to delve into more gasoline-electric hybrids, plug-in hybrids, and more. After that, the plan is to roll out hydrogen fuel-cell cars, biofuel-powered vehicles, and whatever other new technologies have developed by then.

Kapp was eager to point out the advantages of Ford’s new EcoBoost engine, which uses gasoline direct injection and turbocharging to raise fuel efficiency by as much as 20% and lower tailpipe emissions by as much as 15%. The physically smaller engine will be able to deliver the same or greater power as traditional Ford engines, and will be available first in the 2009 Lincoln MKS sedan.

Kapp pointed out that while Ford was not pursuing hydrogen-powered cars as quickly as Honda, nor was it chasing Chevy’s PHEV Volt with any conviction, it does have the first driveable hydrogen fuel-cell PHEV in the Edge HySeries. The fleet of 30 cars is still very much in the test stage, and Kapp noted that hydrogen fuel has “monumental infrastructure problems.”

When fielding questions about bringing clean diesel cars from Europe (answer: not any time soon), a fellow journalist mentioned that he ran his diesel-powered Ford truck on B99 every summer. Kapp nearly choked on his coffee when he heard that one of his trucks was being powered by 99% biodiesel a few months out of the year. I was surprised that he was surprised — he was in eco-conscious Portland, after all.

Last week, the Internets were abuzz with the marketing hype of Fosh Automotive, which promised to unveil an EV with self-regenerating batteries and an unlimited range. I emailed the company and was told to cool my jets — all would be revealed on Monday, August 18, but it had something to do with “solar like” panels and regenerative braking.

Monday came, and the curtains on the Web site stayed closed. It seems that Fosh has had some television interest, so they delayed the unveiling of this perpetual motion machine they’re calling the EVT-3 until next Monday, August 25. And Fosh’s predicted price of $25,000 is out the window, too. Estimated MSRP of the EVT-3 is over $50,000 now.

There are forums on the site, and posters seem none too happy to be shunned for television cameras. Post headings include “Why Not Show the Demo Video Now?” and “Ok good joke now where is the real car”. The FAQ says the on-sale date is November 28, 2008, but we probably shouldn’t hold our breath.

If the EVT-3 works as promised, it could be revolutionary. But Fosh’s false start isn’t inspiring confidence so far.

Mitsubishi announced that it has partnered with Pacific Gas and Electric to test the new all-electric i MiEV in California at the end of 2008. The utility company will test the four-passenger cars in the “real world,” and gauge the impact charging a fleet of EVs will have on the grid.

Similar testing with seven electric utility companies in Japan went so well that the company stepped up its EV program and will offer the i MiEV in Japan next summer. Global sales expectations for the car are so high that Mitsubishi has plans to build a lithium-ion battery factory that will open in April 2009. The plant will produce enough batteries to equip 10,000 vehicles.

The i MiEV is based on the Japanese-market i-series mini car, but its 47-kW motor is said to have better acceleration and performance than the 64-hp engine in the gasoline-powered version. Though a quick conversion shows 47 kW to be equal to 64 hp, electric motors have 100% torque available as soon as you press the throttle, making it seem quicker.

Keep an eye on PG&E and Mitsubishi to see how these cars play with California traffic and how soon they might reach U.S. consumers.

Nissan has commited itself to its Green Program 2010, and it keeps making strides toward meeting its goals. This week, it previewed its EV and hybrid technologies, though not any final designs for the cars these powertrains will power.

The electric vehicle will be based on an array of lithium-ion batteries installed under the floor to allow for maxium passenger and cargo space. Though no one outside the company knows what the EV might look like when it hits the market in 2010, it won’t look like anything Nissan currently offers, according to the company.

The hybrid will carry Nissan’s own, recently developed technology instead of the hybrid tech it’s been leasing from Toyota to power the Altima. The HEV will have regenerative braking and power assist like most hybrids on the road right now. The difference is in its parallel powertrain, which has two clutches to improve fuel efficiency, or so Nissan says.

Lotus Engineering, which I imagine looks like Q’s lab in the James Bond films, has found a solution to the problem of nearly silent electric motors: the Safe & Sound system. The Toyota Prius demonstration car has a speaker attached at the front of the car next to the radiator that emits a “realistic engine sound,” according to the company.

Earlier this year, groups like the National Federation of the Blind pointed out that blind people and their seeing-eye dogs rely on the sound of approaching cars to determine the safety of crossing the street. This spring, a boy on a bike was hit by a Prius, an accident his mother blamed on the silent electric motor (never mind that the car is not equipped with invisibility, like Wonder Woman’s jet). In reaction, people have been searching for a way to make quiet cars safer for pedestrians. One potential solution was the Vibering concept, which would sense hybrid and electric motors and tell the wearer when one is nearby.

Lotus’s system was ironically born from its noise-dampening technologies. Safe & Sound synthesizes the engine sound and varies it depending on speed so people waiting at a crosswalk or walking across a parking lot can hear the approaching vehicle. If it’s a hybrid, and it goes fast enough to engage the gasoline engine, the system automatically shuts off. Also, once the car passes, the sound is no longer heard.

In Sioux Falls, South Dakota — just up the road from this week’s Sturgis Motorcycle Rally — one Harley-Davidson dealership has taken a bold step in the future of bikes. J&L Harley-Davidson has added Vectrix electric motorscooters to the mix on its showroom floor.

A recent story in the Argus Leader said Harley riders were open to the idea of an electric bike. The browsers quoted in the story didn’t say they were ready to give up their hardtails and ape-hangers for a 60-mph electric scooter, but they did like that the Vectrix was a zero-emissions vehicle.

Keep in mind, though, that Harleys are no slouch in the mileage department themselves. The 2009 Sportster 883 Low, to pick a model at random, gets 54 mpg in the city and 60 when you get your motor runnin’ and head out on the highway. But what comes out the other end, while hard to pin down with exact numbers, is apparently bad enough to warrant a California emissions fee of a couple hundred bucks.

Toyota’s researchers in Japan are working on using zinc air batteries for powering EVs. That’s right — batteries that create electricity out of thin air.

When oxygen from the air around us is introduced into a battery cell, it reacts with a zinc electrode to create electricity. The materials to build these batteries are cheap, and they have high energy density. So why aren’t these things powering your Mini already? Because not even a Mini is small enough to be powered by zinc air batteries. Right now, the most common use for zinc air is in hearing aids.

Despite the small size, Toyota hopes that the move from lead-acid and even lithium-ion batteries to zinc-air will blow open the doors of the EV market, providing the range and speed consumers want from a daily driver. There is a lot of possibility here — it wasn’t that long ago that li-ion batteries were only found in cell phones and laptops, not 100+ mph supercars like the Tesla Roadster.

Presidential candidate Barack Obama released a plan this week that aims to change U.S. energy policies and usage. Part of that plan is to get 1 million American-built plug-in hybrid cars — “cars that can get up to 150 miles per gallon,” according to the senator’s PDF — to market by 2015.

In the 8-page speech, he mentions an emergency energy rebate of $500 per individual and $1000 for a couple to help with the cost of fuel and food. Where will this money come from? Big Oil’s very own pockets. That seems difficult, to say the least. He also wants to increase fuel economy standards by 4% each year, convert all White House vehicles to PHEVs in his first year, and make at least half of the federal government’s auto purchases PHEVs or EVs by 2012.

As part of his desire to increase “green collar” jobs, Obama wants all new vehicles to be flex-fuel capable, and he would work toward creating the next generation of sustainable biofuels. He also says he would work to keep American auto jobs in the country and encourage automakers to focus on fuel-efficient cars.

He also backs smart-grid technology of the kind Boulder, Colorado, is experimenting with. His plan goes much further than just car-related points, including mentions of controversial subjects like safer nuclear power and clean coal. But some of his other points are more common-sense, like assisting in weatherizing a million homes annually.

It’s not the most invigorating reading, that plan, but it’s important to know what ideas these guys have for our future. To see Republican candidate John McCain’s energy speech from June, click here.

Honda and Mitsubishi have both launched microsites on the Internet dedicated to their latest entries into the green-car market. Honda is preparing the world for its line of hybrid vehicles on its microsite, while Mitsubishi is laying the groundwork for its i MiEV concept.

Honda is expected to debut its new hybrid at the Los Angeles Auto Show in November, a five-door hatchback. The as-yet-unnamed car will be offered only as a hybrid, unlike its Civic and Accord stablemates. Honda also has a hybrid sports car that debuted at the Detroit Auto Show this year, but the CR-Z, as it’s called, has a long way to go to get from car shows to showroom-floor.

Mitsubishi’s microsite introduces the i MiEV, an electric vehicle currently in fleet testing. The car is small, not much bigger than a Smart ForTwo, though Mitsu says it seats four. The car’s lithium-ion batteries are good for 80 mph max and nearly 100 miles, making it a more feasible commuter car than neighborhood EVs like the Zap Xebra or Zenn NEV.

CRAFTY BONUS: Mitsubishi has a page full of paper craft plans and instructions for building models of its cars, including the i MiEV. Seems like an excellent way to recycle that useless meeting agenda someone left on your desk this morning.

Us Portlanders who follow these things knew this was coming, but it’s still exciting when it actually happens. Portland General Electric officially unveiled its first shiny, new curbside charging station, one of several to be installed over the next couple of months in Portland and Salem.

PGE partnered with local company Shorepower Technologies to build the charging stations, which for now offer free fill-ups to EVs and plug-in hybrids, like the Toyota Prius that happened to be in town this week for a green conference at the art museum.

The chargers have a 220-volt plug tucked inside a nozzle like you’d find at a gasoline filling station, earning the designers points for cleverness. Though there are fewer than 300 electric vehicles registered in Oregon, there are nearly 30,000 regular Priuses. PGE and its partners take Portland’s Prius love to mean that we’re likely to see a surge in EVs and PHEVs in the next decade, and they want to be ready with the infrastructure when it happens.

We were, after all, ranked third in a national listing of “greenest” drivers, after Seattle and Burlington, Vermont. Not to rub it in or anything.

It had to happen sometime, but did anyone think it would be so soon? Jet Black Tesla #6 was involved in a fender-bender in San Francisco, with its nose under a Mercedes-Benz and it’s rear snuggled up to a Toyota Camry. The company thinks the car is repairable, according to Darryl Siry, Tesla’s marketing VP.

Read all about it, and see the pics taken at the scene 10 minutes after the accident, on Wired’s blog.

Now that Mini is going electric, everybody wants a piece of the action. Smart has a test EV running around in Europe right now, and while Tata has long had plans to introduce an electric car, they’re going ahead with a diesel this year.

The electric Smart ForTwo, known as the Smart ed, has a 41-hp electric motor and sodium-nickel-chloride batteries. It gets about 70 miles per charge, and has a maximum speed of 70 mph, which makes it a reasonable commuter EV, even if your commute involves highways. Price and market haven’t been announced, but they do expect it to go on sale in 2010. Cross your fingers that it comes your way — and you can afford it.

While we may have to wait a while for the EV version of the Tata Nano, the diesel version will hit the Indian market in October. The hatchback will go a rocking 50 mph from its little 33-hp, 2-cylinder diesel engine, but it gets 52 mpg city, 61 highway. The added efficiency will drive up the regular Nano’s price of $2,500 to about $4,200.

Say you take the plunge and buy an electric vehicle, be it a neighborhood EV like the Zap Xebra or a supercar like the Tesla Roadster. You tool around all day, and you plug your car in at night to recharge. It only takes a couple hours to fully top up the batteries, though, even when they’re nearly depleted. Soon, you and your electric car can put those idle cycles to work while you sleep.

The Rocky Mountain Institute has published its first “Solutions” journal, which is available as a PDF. In it, they discuss the research conducted by RMI on vehicle-to-grid technology. Electric cars, with their built-in, onboard electricity storage devices (batteries, to you and me) can smooth out the power flow and provide emergency backup power:

The real benefit of electric vehicles is that they bring a new level of stability and control to the grid—including giving power back when it’s needed most (in blackouts or at times of peak demand). By some estimates, a battery-electric vehicle, with about 40 kilowatt-hours of usable energy, could power an entire residential block for over an hour if necessary.

During the 17 years that RMI conducted its V2G research, the grid in the U.S. became robust enough to handle this kind of power exchange. But RMI went further and imagined what they call a “smart grid” that can communicate with homeowners about, s