Take that, China. Japanese ingenuity has devised a way around the rare earth stranglehold the wicked Chinese use to stall worldwide progress of electric vehicles. A team of researchers from Japan’s Toda Kogyo and Tohoku University succeeded in making a magnetic material without rare-earth metals, The Nikkei [sub] says. Read More >
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Category: Electric Vehicles
What was the problem of EVs again? It’s the battery. Too expensive. Empty too fast. Also known as price and range.
Japan’s Sumitomo Electric thinks they have a solution, in the true sense of the word. Their molten salt battery is said to cost about 10 percent of the price of lithium ion batteries. It also holds twice the charge. Read More >
When you think of Mitsubishi, what do you think of? Chances are, one of the first things that runs through your mind when Mitsubishi gets a mention, is the turbocharged, AWD, rally-car-for-the-road Lancer Evolution series. For decades now, the Evo has provided Mitsu with some desperately-needed sense of identity, although it never really reflected a brand philosophy the way Subaru’s WRX/STI series did for its AWD lineup. And now, it seems, Mitsubishi is done trying to build a brand on a rally replica. Autocar‘s Matt Prior recently sat down with Motsu’s global product director Gayu Eusegi, and he heard some rather jarring news:
The Lancer Evolution X, Eusegi told me, will be the last Evo. “There is still a demand [for the car],” he said, “but we must stop.” Eyebrow up.
“Our influence now is EV technology,” Eusegi said, adding that the decision was a “policy change”.
It seems Mitsubishi, which is going to introduce eight full electric or hybrid cars by 2015, has decided its image is about lowering CO2, not making lurid replicas of rally cars that don’t go top-level rallying any more.
Eusegi said that customers would find it “easier to understand” what Mitsubishi was about if it was no longer in this motorsport-inspired market.
Eusegi goes on to apparently confirm that the Evo X will be the last of the line, until such time as rally racing goes electric. Which means that if you’ve always wanted to buy a new Evo, you might want to think about picking one up soon. After all, an EV-heavy strategy may not be the silver bullet for Mitsubishi, but the Lancer Evolution has had its chance at playing halo. Change can be painful, but it is the only constant… and Mitsu has to evolve or die. Even if that means the Evolution dies first.
For years. American and Chinese companies have talked about bringing Chinese cars to America. So far, a lot of talk, little action. Even perennial announcer BYD has not progressed beyond the test phase. Santa Monica’s CODA wants to be the first one. Honestly now. Read More >
Developing a new car with traditional technology costs an arm and a leg. Add future technology, and you are starting to talk real money. You need to spread the R&D costs across a lot of cars. The trouble is, massive sales of EVs are still just a dream. What to do in such a dicey situation? You look for partners. Renault and Daimler hammered out a new agreement. “Renault will supply the electric motors for the Smart and Twingo, we develop and make the batteries for both models,” Daimler’s head of research and development Thomas Weber told his hometown paper Stuttgarter Zeitung in an interview that will appear today in the print edition. Read More >
For most Americans, the appeal of electric vehicles is somewhat blunted by the fact that they tend to be small, European-style hatchbacks rather than large, red-blooded “American-style” sedans. But what if large, rear-drive electric sedans were developed, using battery-swap technology that could allow battery-leasing business models and instant range-extension? Might Americans rethink a few of their long-held stereotypes about EVs?
Well, the United States isn’t the only nation facing this dilemma, and unlike the US, Australia is actually doing something about it. Australian automotive suppliers, Air International, Bosch, Continental and Futuris, have teamed up with Project Better Place to develop seven “proof of concept” Holden Commodore-based rear-drive electric sedans that could be the first of their kind [press release here in PDF] in a joint venture called EV Engineering. The project is part of Australia’s effort to revamp its automotive industry by 2020.
Though it appears that it may take even more government stimulus to achieve President Obama’s goal of putting one million electric vehicles on the road by 2015, online auto juggernaut Edmunds has come out against existing EV tax credits in a commentary by CEO Jeremy Anwyl. Anwyl’s argument is rooted in the American Council for an Energy Efficient Economy‘s finding that the tax credit-qualifying Chevy Volt is only the 13th-greenest vehicle on the market while its greenest, the natural gas-powered Honda Civic GX, remains unsubsidized. Anwyl argues
The problem is this: When the government picks a technology, it crowds out development of other, potentially promising alternatives, like the natural gas engine used in the Honda Civic GX (above). LNG is not a new technology. I had friends who converted their vehicle to natural gas back in the Seventies. But how much are we hearing about it today? Or what about hydrogen fuel cells? A few years back, they were the stars of the major auto shows. Were any fuel-cell vehicles on display at the recent Detroit auto show? No. Every automaker was busy touting EVs.
Nissan and Renault may be joined at the hip (well, at the CEO anyway), but they’re not going easy on each other as both charge ahead to bring down EV costs. Nissan’s Leaf is currently the cheapest major OEM-produced EV, but at around €30k, it’s still not all that cheap. Now, Renault is saying that its forthcoming Zoe EV will put the hurt on its cousin, the Leaf, with a starting price of “around” €21k. It’s not that much smaller than the Leaf and it’s got the same 100 mile projected range… so what’s Renault’s secret? Does it have some special pricing formula? The answer is yes… but it’s not so secret. You see, when you buy the Zoe (sometime in 2012), you won’t be buying a battery. Instead, you will lease the battery for around €70 per month. You see, unlike Nissan’s Leaf, the Renault Zoe will be able to use Project Better Place’s battery switch-station to swap batteries in just minutes. So, if you charge from home, the Zoe and the Leaf will be largely the same… but if you live near a PBP swap station, the Zoe’s range can be doubled in minutes. Plus, you don’t own the battery, so killer EV depreciation isn’t a worry. It’s like we’ve said: it’s not the cars that will break EVs into the mainstream, it’s the business model.
Forget MegaCity. At the Geneva Motorshow, BMW will launch a new sub-brand that stands for low-emission vehicles and a new venture capital company. The brand will also remind people of the initially very controversial iDrive. Or the iPhone. Read More >
How many people do you think called their neighborhood Rolls Royce dealer and asked: “Do you have a plug-in Phantom?” Never mind. BMW-owned Rolls Royce shows one anyway at the Geneva Autoshow. Don’t worry, they don’t really mean it, it’s a prototype only. Read More >
No interview with a leader of the automotive industry is complete without the requisite question about electric plans. Porsche CEO Matthias Müller engineered a trick answer: Read More >
Consulting firm Accenture took a look at a number of EV pilot programs in hopes of gaining some insights into how exactly the rise of plug-in vehicles will change the automotive industry, the refueling infrastructure and the customer experience [full PDF here], and came away with some interesting conclusions. First, the study finds that the market models for plug-ins will vary from region to region. That’s good news for the automakers, as it makes it less likely that they will be forced to comply with standards set by a single firm dominating a global market model. On the other hand, the regional variations in market models (more on the models themselves shortly) will worsen one of the major challenges of plug-in proliferation, namely scale. The study finds that scale, along with cost and grid control are the three factors that pilot programs can not provide insight into, and all three require “creative” solutions. And here’s where business-as-usual in the car business gets blown wide-open: the business models, rather than the vehicles themselves, are where the real competition is. So, what are the models?
Last year, Toyota invested $50 million into Tesla. Tesla turned around and spent $42 million of the new money and bought the land and buildings of site 2 of NUMMI in Freemont, CA. As it turns out, the deal did not include the fixtures. Nothing another $17 million could not fix. Read More >
Despite launching a frothy IPO, EV maker Tesla’s net loss nearly tripled last year, losing more than $154m compared to a $55.7m loss in 2009. Total revenues were up nearly $5m, but only due to a nearly $20m bump in “development services” income. Revenue from “automotive sales” was down by around $15m. R&D costs skyrocketed from $19.3m to nearly $93m, while “selling, general and administrative” costs doubled to $84m. Still, CEO Elon Musk is all optimism in the firm’s press release, crowing
We are very pleased to report continued revenue growth, improving margins and a steady progression in our Roadster and powertrain activities,. Our powertrain team delivered solid results, with an increase in orders and record deliveries of battery packs and chargers for the Daimler Smart fortwo electric drive, the completion of our development program for the Daimler A-Class, and the commencement of the phase 1 development program for the Toyota RAV4 EV.
Musk noted that the firm is on-track to start delivery of its forthcoming Model S sports sedan in mid-2012. It had better be, because Tesla’s clearly not going to sustain itself on Roadsters.
On the list of things that can go wrong with plug-in cars, this is one the engineers probably never thought of: rodent attack. Cars.com‘s Chevy Volt was parked at a public charging point when a ground error occurred, ending the charging session. We’ll let the firsthand account take it from there:
Monitoring the online ChargePoint portal from home, I hoped the charging station would reset, something it attempts to do a total of four times every 15 minutes. That’s when I received an e-mail from Todd Dore, the treasurer of the Fox Valley Electric Auto Association who parks and charges his converted Volkswagen Beetle right next to our Volt. He said that at 6:30 when he left work, we’d had a “furry visitor,” a brown rat who scurried under our Volt, probably seeking warmth. The temperatures had been below 10 degrees.
Rodents are known to climb into the engine compartments of conventional cars when it’s frigid outside, so it made sense. The Volt maintains a minimum battery temperature when it’s plugged in, even once fully charged, because a warm battery is a more powerful one. It also extends the battery’s longevity, according to Chevrolet.
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