OK, so none of these cars are actually “competition” for the Chevrolet Volt, but think of them as a benchmark “basket” and they can help define the market the Volt will soon be thrown into. (Read More…)
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Tag: Volt
The Chevrolet Volt began life as a marketing concept: “what if,” GM’s finest minds asked themselves, “we could sell a car that could go 40 miles without burning any gasoline?” That goal was achievable (although how easily and regularly remains to be seen), but it came at a cost: if you check out GM’s just-released standard equipment sheet (click on “standard equipment”), you’ll find that the Volt’s gasoline range extender requires premium fuel. What’s strange about this is that the Volt’s 1.4 liter range extender is hardly an overstressed buzz-bomb, making only 80 hp at the crank and 74 hp at the generator. Why then does it need premium? Considering that the Volt would have struggled to pay off its premium over the Toyota Prius anyway, the decision to require premium fuel makes no sense at all.
This, ladies and gentlemen, is a moment we’ve been waiting for for some time… which might explain why the news isn’t particularly earth-shattering [press release here]. Yes, believe it or not, the Volt will cost $41,000 base including destination charge, just as every bit of speculation has indicated since the Volt was first announced. Perhaps more surprising is GM’s announcement of lease deals starting at $350/month for 36 months with $2,500 down. But just as GM has found with its CTS, moving high-cost American-branded metal in any kind of volume tends to require heavy dependence on leases. Plus, the fact that the big question mark surrounding EVs in general continues to be long-term battery life makes leasing the obvious option for those who are tempted by the Volt, but don’t want own a lot of expensive, unproven technology. On the other hand, the Feds don’t subsidize EV leases, and with a Federal tax credit, the Volt’s price drops to a mere $33,500… which is less than a thousand dollars more than the Nissan Leaf’s base price (without tax credit, $25,280 with). Obviously the Volt has certain advantages due to its EREV design, but with the economy still shaky, the Volt’s hefty price premium will work against it, especially as volume builds. Seeing how these two very different EVs do relative to one another will make for some interesting lessons about the future of the electric car.
If you didn’t know, you might think it’s a Cobalt or a Camry. I don’t think there’s a lot of cachet in having the first one. It’s meant to be a people mover, not a people impresser. It’s not like when you pull into Bob’s Big Boy parking lot with the Volt, you’re going to open the hood.
I caught some flack from TTAC’s Best and Brightest for suggesting that Jay Leno was less than entirely impressed by the Chevy Volt when it showed up at his legendary garage back in December. Today though, Leno’s ambivalence towards GM’s wundercar hit the front page, when the auto-obsessed comic gave the Detroit News a withering reaction [above] to the extended-range electric car. Maybe next time GM will give Team Coco a try…
(Read More…)
President Obama got a chance to check out the Chevy Volt yesterday, as part of his trip to the Michigan battery belt. Unfortunately, he did not confirm or deny whether the Volt will actually get 230 MPG, because the EPA and GM are still “negotiating” a mileage sticker for the Volt. Luckily, GM has provided an important look at how the Volt’s battery system stacks up against key competitors…
(Read More…)
In hopes of convincing consumers that buying a battery-electric car will not be a financial disaster for them, GM is announcing an eight-year, 100k mile transferable warranty for its Volt battery. According to GM’s release, Volt batteries have undergone
more than 1 million miles and 4 million hours of validation testing of Volt battery packs since 2007, as well as each pack’s nine modules and 288 cells. The development, validation and test teams have met thousands of specifications and validated each of the Volt battery’s components.
Tests include short circuit, corrosion, dust, impact, water submersion, crush and penetration, and extreme temperature swings combined with aggressive drive cycles, also known as “Shake, Bake and Roll.”
GM does not, however, specify a minimum-performance range for the battery, saying only that it can run on battery power for “up to the first 40 miles.” That makes it tough to understand what kind of defect or level of performance would deserve a warranty repair or replacement, which is really the key consideration. GM’s claim that this
is the automotive industry’s longest, most comprehensive battery warranty for an electric vehicle
is technically true, but it is also the same warranty period enjoyed by Toyota’s Prius hybrid. Full release after the jump.
Accelerating up the motorway slip road, the Ampera charges hard and deceptively quickly up to 50mph, but by then the single-speed electric motor’s flat torque curve has begun a nose dive and acceleration at high speeds is poor.
The 0-62mph time of 9 seconds and top speed of 100mph are an indication of this – most family hatchbacks with that sort of sprint capability will have a top speed of nearer 130mph
The Telegraph‘s Andrew English lays into the Chevy Volt/Opel Ampera’s high-speed acceleration, in an early test drive on European roads. Apparently an Opel engineer was embarassed enough by the performance to tell English that
We are considering driving the wheels directly from the petrol engine
Huh?
Pity the automotive industry. With a minimum three-year lead time for new product development, timing vehicle launches to coincide with appropriate fuel price levels is never easy. Chevy’s Volt, for example, was developed and hyped during the gas price spike of 2008 when it seemed almost anyone would pay a hefty premium to ease some of the pinch at the pump. Now though, with gas prices holding steady at around $3, there’s reason to question whether consumers will flock to unproven, expensive vehicles like the Volt, absent a pressing economic incentive to reduce gas consumption. The Freep takes on this topic today, asking with gas prices so low, will anyone buy a Volt? And this is not mere media hype. Bob Lutz fretted about this possibility last year, when he said
If gasoline stays cheap, then the American public says, “I’m not interested in that; I will keep my Tahoe longer.” It puts us in the industry in a position where we are at war with the customer
This would be a depressingly familiar position for GM to find itself in, especially since it would be a product of The General striving to do something different. Gas prices are slowly beginning to go up again, but there’s no sign that this summer will see the kind of energy price volatility that will have the Volt and Cruze (let alone the Nissan Leaf) flying off dealer lots. Do you see gas prices going up soon? How expensive will gas need to be before Americans see cars like the Volt as a mainstream option? What happens to the Volt if gas prices stay level, or even drop? No only are these intrinsically interesting questions, but there’s also lots of money (including lots of taxpayer money) riding on the outcome. What say you?
We won’t be nationwide by end of 2011. By that time we expect to be shipping vehicles to Canada, Europe and several markets beyond those we’ve already announced.
[The nationwide launch date is] all still work in progress and will clearly be dependent on the ability of the production facility to ramp up as planned and all those kind of things. I’m not in a position to tell you by X-date we will be nationwide. I will tell you we’re heading towards national distribution and theres no question about it
Volt Communications Manager Rob Peterson (first quote) and GM Director of Volt Marketing Tony DiSalle (second quote) tell gm-volt.com that the previous 2011 date for the nationwide rollout of the Chevy Volt isn’t going to happen. Meanwhile, if you’re in California, Michigan or Washington DC, your Volt should arrive by 2011. Be sure to tip your congressional representatives, folks! Luckily, though, this video proves that the Volt will be more than up to the challenge of eating the Nissan Leaf’s dust.
Google Trends says it’s so, according to gm-volt.com [via Autoblog]. The Leaf also has 54,000 Facebook fans to the Volt’s 24,000. Plus, the Leaf has 130,000 people on its official “interest list” while the Volt boasts a mere 42,000. The danger here: that Leaf beats the Volt to becoming the EV segment’s first successful brand, earning it “the new Prius” status that Bob Lutz so badly wanted to bring home to Detroit. [Hat Tip: gslippy]
Worried about the high MSRPs on most of the electric vehicles scheduled for launch over the next year? Don’t forget to include the cost of buying and installing a home charging station. Nissan reckons the charger for its Leaf will cost about $2,200, including a home electrical inspection [er, that’s a medical marijuana grow…] and installation. Oh, and it won’t be Nissan coming into your home: Aerovironment, a firm otherwise best known for its Unmanned Aerial Vehicles, has the contract to supply and install the Leaf’s charger. Coulomb Technologies supplies the home charger for Ford’s first EV, the Transit Connect EV, and according to Automotive News [sub], they’re partnering with Ford to give chargers away to the first 2,000 buyers of the electric-drive delivery van. But, as usual with good news in the EV sector, the charger giveaway is actually being funded by tax dollars…
Right now, the [Volt’s] propulsion system is too expensive, even with using an existing engine… We have a strategy to go rotary engines or a two-cylinder [gas] engine making 15-18 kW. I have driven the car already. Rotary has a higher fuel consumption but here’s the advantage [holds up his hands to form round, frisbee-sized shape] — packaging.
GM’s Karl Stracke talks Volt 2.0 with InsideLine, and yet never quite explains why a less fuel-efficient rotary generator would even be on the table. Or how a rotary (let alone the also-mooted diesel generator) would be the solution to high drivetrain costs. How much room does the (implicity and reputationally) more-efficient two-cylinder really take up? Wasn’t the only mass-market rotary-powered car left in the wild, the Mazda RX-8, just canceled for flunking European emissions standards? Can’t the rotary engine die with a little dignity?
Common decency demands that this flagrant of fanbaiting be reserved at least until the first-gen Volt hits the streets.
This week marked another important step forward for the development of U.S. based automotive battery and electric vehicle manufacturing as Coda Automotive, Nissan and Ford announced plans to build batteries at plants in Ohio, Tennessee and Michigan respectively.
While these facilities only exist as blueprints today, our Brownstown Township battery pack assembly plant has been manufacturing advanced lithium-ion batteries since January, and our Detroit-Hamtramck assembly plant is currently producing pre-production Chevrolet Volts.
GM VP for global product development Jon Lauckner takes a petty swipe at the competition over at chevroletvoltage.com. First of all, Mr Lauckner, taking petty swipes is our job. Back off. Second of all, are you familiar with the adage that begins with “people in glass houses…”?
Any minute, or at least by the end of the month, the Chinese government will reveal super-secret plans to throw serious subsidy money at clean energy cars. The plans have been so secret that the Chinese market from mild hybrids all the way to full plug-ins came to a standstill with everybody waiting for the government to dole out heavy cash. Of course, GM doesn’t want to stand on the sidelines of this bonanza. (Read More…)
Hybrid/electric cooperation between Volkswagen and Suzuki appears to be yielding fruit already, as the Japanese automaker is announcing a plug-in hybrid version of its Swift subcompact. According to Bloomberg BusinessWeek, the new plug-in will combine lithium-ion batteries supplied by Sanyo, paired with a 660cc three cylinder engine. An electric-only range of just under ten miles is being thrown around, after which the gas engine will apparently be used to generate electricity along the lines of GM’s Volt Extended-Range Electric concept. 60 test units of the plug-in Swift will be delivered to Japanese dealers for testing “later this year,” although official plans regarding when and where the vehicle will eventually go on sale have not yet been announced. Suzuki had previously said that one of the goals of its cooperation with VW was to develop electric vehicles for the Japanese market.
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