Motor Authority - blog Tag: plug-in hybrids

  • Fisker Picks Delaware Plant For New Hybrid Vehicle Production

    Fisker Picks Delaware Plant For New Hybrid Vehicle Production

    The first hybrid vehicle from bespoke Californian vehicle manufacturer Fisker, the Karma luxury plug-in hybrid sedan, is just a month away from going on sale. The $87,900 plug-in hybrid will feature an innovative twin-motor propulsion system developing 408 horsepower and a monstrous 959 pound-feet of torque, and although it was designed and engineered mostly in the U.S., production of the Karma will take place in Finland.

    The same can’t be said for Fisker’s next model as the company has just announced a new North American assembly site for the new car, which is scheduled to go into production in 2012. The second vehicle will be a mid-sized...

    The first hybrid vehicle from bespoke Californian vehicle manufacturer Fisker, the Karma luxury plug-in hybrid sedan, is just a month away from going on sale. The $87,900 plug-in hybrid will feature an innovative twin-motor propulsion system developing 408 horsepower and a monstrous 959 pound-feet of torque, and although it was designed and engineered mostly in the U.S., production of the Karma will take place in Finland. The same can’t be said for Fisker’s next model as the company has just announced a new North American assembly site for the new car, which is scheduled to go into production in 2012. The second vehicle will be a mid-sized plug-in hybrid sedan with a detuned version of the same powertrain found in the Karma. Fisker has revealed today that it has chosen the old General Motors Wilmington plant in Delaware, which was formerly responsible for the Pontiac Solstice, Saturn Sky and Opel GT range. The company anticipates Project NINA will ultimately create or support 2,000 factory jobs and more than 3,000 vendor and supplier jobs by 2014, as production ramps up to full capacity of 75,000-100,000 vehicles per year. Importantly, half of these will be exported. Fisker will pay $18 million to Motors Liquidation Co. (the old GM) for the plant and then spend an additional $175 million to refurbish and retool it over the next three years.  Most of that money will come from a $528 million loan from the U.S. Department of Energy, already approved to Fisker. [Fisker] Read More
  • Report: Mitsubishi Lancer Evo XI May Get Plug-in Hybrid Tech

    Report: Mitsubishi Lancer Evo XI May Get Plug-in Hybrid Tech

    Not so long ago the idea of a hybrid powertrain in a sports car was anathema to enthusiasts. But after this year's Formula 1 season, the debut of cars like the Tesla Roadster and Audi's all-electric R8 e-Tron at Frankfurt and the wider acceptance of hybrids in general by the buying public, it's not so unimaginable anymore. It's also at least a real possibility for the next-generation of one of the biggest performance bargains of the decade--the Mitsubishi Evolution Lancer.

    Mitsubishi is set to unveil a new proprietary plug-in hybrid system in the Concept PX MiEV (pictured) at this month’s 2009 Tokyo Motor Show. The new system combines...

    Not so long ago the idea of a hybrid powertrain in a sports car was anathema to enthusiasts. But after this year's Formula 1 season, the debut of cars like the Tesla Roadster and Audi's all-electric R8 e-Tron at Frankfurt and the wider acceptance of hybrids in general by the buying public, it's not so unimaginable anymore. It's also at least a real possibility for the next-generation of one of the biggest performance bargains of the decade--the Mitsubishi Evolution Lancer. Mitsubishi is set to unveil a new proprietary plug-in hybrid system in the Concept PX MiEV (pictured) at this month’s 2009 Tokyo Motor Show. The new system combines differential electric motors with Mitsubishi’s Super All Wheel Control (S-AWC) all-wheel drive system--already found in the Evo--and electronically controlled active yaw control. The front and rear wheels are powered by two permanent magnet synchronous motors, while a compact four-cylinder MIVEC engine is also used to power the front wheels or act as a generator. According to latest reports, a similar system could be used in the next-generation Lancer Evolution XI (Evo XI for short). The first production models equipped with the advanced plug-in hybrid system is due in 2013 and company insiders say the technology could be directed at the new Evo eventually. However, due to financial constraints, development on the next-generation Evo has been stalled so any launch of a plug-in hybrid Evo is still years away. [Autocar] Read More
  • Volvo Will Bring Diesels And Plug-in Hybrids To U.S.

    Volvo Will Bring Diesels And Plug-in Hybrids To U.S.

    Struggling Swedish automaker Volvo announced back in June that it will releasing a new plug-in hybrid vehicle by 2012 as the latest step under its ‘DRIVe Towards Zero’ eco-campaign. Late last month Volvo CEO Stephen O'Dell reaffirmed the company's plans to get the diesel-electric plug-in hybrid on the road, and now the automaker’s U.S. chief has revealed that advanced Volvo plug-in hybrids and diesels will be coming to North America--eventually.

    Volvo’s U.S. chief, Doug Speck, has revealed that his company will add diesel models and plug-in hybrids, as well as more fuel-efficient gasoline models, to its U.S. lineup...

    Struggling Swedish automaker Volvo announced back in June that it will releasing a new plug-in hybrid vehicle by 2012 as the latest step under its ‘DRIVe Towards Zero’ eco-campaign. Late last month Volvo CEO Stephen O'Dell reaffirmed the company's plans to get the diesel-electric plug-in hybrid on the road, and now the automaker’s U.S. chief has revealed that advanced Volvo plug-in hybrids and diesels will be coming to North America--eventually. Volvo’s U.S. chief, Doug Speck, has revealed that his company will add diesel models and plug-in hybrids, as well as more fuel-efficient gasoline models, to its U.S. lineup in an effort to meet tougher fuel economy standards. "It's unclear ultimately what percentage of each is going to drive the industry," Speck said in a recent interview, speaking of the corporate average of 35.5 mpg required by 2016. Factors Volvo needs to address include fuel prices, now and into the future, the general interest levels in hybrids and the level of government support offered. Speck wasn’t willing to confirm a local launch date for any new Volvo plug-in hybrids or diesels in the U.S. but reaffirmed that the automaker will launch a plug-in hybrid in Europe by 2012. Until the new spate of plug-in hybrid and diesel technologies arrives, however, Volvo will busy itself with a range of other improvements, including direct injection and more efficient gearboxes. [AutoNews, sub req'd] Read More
  • Mitsubishi Presents Concept PX-MiEV Plug-in Hybrid

    Mitsubishi Presents Concept PX-MiEV Plug-in Hybrid

    The theme for next month’s 2009 Tokyo Motor Show is quickly shaping up to be an electric one, with yesterday Honda showing off its new CR-Z Concept 2009 hybrid sports car and today Mitsubishi revealing a new plug-in hybrid concept based on its Pajero SUV.

    Powered by the new proprietary plug-in hybrid system, which significantly extends the frequency a hybrid vehicle is driven in all-electric mode, the 2009 Mitsubishi Concept PX-MiEV promises a fuel economy in excess of 117.6 mpg.

    Mitsubishi’s plug-in hybrid system combines differential electric motors with its Super All Wheel Control (S-AWC) all-wheel drive system and...

    The theme for next month’s 2009 Tokyo Motor Show is quickly shaping up to be an electric one, with yesterday Honda showing off its new CR-Z Concept 2009 hybrid sports car and today Mitsubishi revealing a new plug-in hybrid concept based on its Pajero SUV. Powered by the new proprietary plug-in hybrid system, which significantly extends the frequency a hybrid vehicle is driven in all-electric mode, the 2009 Mitsubishi Concept PX-MiEV promises a fuel economy in excess of 117.6 mpg. Mitsubishi’s plug-in hybrid system combines differential electric motors with its Super All Wheel Control (S-AWC) all-wheel drive system and electronically controlled active yaw control. The front and rear wheels are powered by two permanent magnet synchronous motors, while a 1.6-liter four-cylinder MIVEC engine is also used to power the front wheels or act as a generator. In addition, the vehicle comes with the newly-developed plug-in hybrid system in which electronic circuitry automatically switches to the optimum drive mode for different driving conditions and remaining energy in the drive battery to extract maximum efficiency from the electric motors and from the gasoline engine. Designers looked at almost every elements of the car in an effort to maximize fuel economy. For example, LEDs were used for the head and tail lamps as they use less power than conventional xenon and halogen units, while the wheel hubs feature a special design that helps improve brake cooling as well as aerodynamic performance. The interior was designed to give an image of an airplane cockpit, with an instrument panel that envelops the passengers and plenty of LED elements. The vehicle also features a windshield that uses heat-reflecting glass to reduce the amount of heat energy passing through and uses infrared ray blocking glass in the door windows. The body paint also incorporates heat-reflective and insulation technology. Other technologies incorporated in the vehicle include an ‘around’ monitoring system that uses cameras located at strategic points on the body to provide the driver with a combined image of the full perimeter of the vehicle, as well as advanced vehicle-infrastructure safety support system that relies on roadside optical beacons to warn of other vehicles and pedestrians. Also gracing Mitsubishi's stands will be a concept van based on its i-MiEV dubbed the i-MiEV Cargo. Derived from the compact all-electric minicar, the new concept maximizes the economic efficiency characteristics that define the electric vehicle and at the same time adds a generous amount of rear free space to extend the range of uses to which it can be put by corporate users and self-employed operators in particular. Read More
  • First Look At Jaguar XJ 'Limo-Green' Plug-In Hybrid Concept

    First Look At Jaguar XJ 'Limo-Green' Plug-In Hybrid Concept

    Jaguar is well underway with the launch of its 2010 XJ sedan and despite the company’s financial hardship the car is still on track for a debut in the second half of next year. For the current XJ, Jaguar looked to its past for inspiration and this definitely hurt its sales, especially when compared to rivals like the Mercedes Benz S-Class and BMW 7-Series, which have shunned conservative styling in favor of a much more dynamic look.

    Thankfully, Jaguar didn’t make the same mistake again. This time around designers went for a more radical look, borrowing lines from the XF but with even more aggression. However, it isn’t just...

    Jaguar is well underway with the launch of its 2010 XJ sedan and despite the company’s financial hardship the car is still on track for a debut in the second half of next year. For the current XJ, Jaguar looked to its past for inspiration and this definitely hurt its sales, especially when compared to rivals like the Mercedes Benz S-Class and BMW 7-Series, which have shunned conservative styling in favor of a much more dynamic look. Thankfully, Jaguar didn’t make the same mistake again. This time around designers went for a more radical look, borrowing lines from the XF but with even more aggression. However, it isn’t just the styling department that kicked it into high gear. Jaguar has revealed today a new plug-in hybrid concept of its new XJ labeled the Limo-Green. Developed in partnership with the British government, Lotus and Caparo, the new Limo-Green features a 195 horsepower and 295 pound-feet of torque electric motor running on lithium-ion batteries. On a single charge, the Limo-Green can travel up to 30 miles on electrical power alone. Once the batteries are almost depleted, a highly efficient 1.2-liter gasoline engine developed by Lotus will kick in and charge up the batteries and allow the car to cover up to 600 miles. In this configuration, Jaguar claims a combined fuel economy of 47 mpg--not bad for a full-size luxury sedan. “The technology is still in its infancy and there is still a lot of work to do before we can even think of production,” said Anthony Harper, head of research at Jaguar Land Rover. “The components aren’t at the right cost or quality yet you would expect of a Jaguar product, but the technology is there.” Expect a production version of the system to appear in the new Jaguar XJ in late 2011 or possibly even 2012. For now, the system will remain in testing. [Autocar] Read More
  • Audi USA President Explains Chevy Volt 'Idiots' Comment

    Audi USA President Explains Chevy Volt 'Idiots' Comment

    It's a pretty rare thing to hear the president of a major corporation speak their mind in public. But Audi of America's Johan de Nysschen did just that recently, and got slammed to the mat on the basis of a few choice words - namely, using the term "idiots" to describe Chevrolet Volt buyers.

    But that's not the whole story - in fact, the explanation given today of that comment and de Nysschen's views on electric cars was contained, in kernel form, in the original story that led to the explosion on the web. But the typically low-depth, high-speed nature of Internet sensationalism saw little more than a parroting of the "idiot" term around the...

    It's a pretty rare thing to hear the president of a major corporation speak their mind in public. But Audi of America's Johan de Nysschen did just that recently, and got slammed to the mat on the basis of a few choice words - namely, using the term "idiots" to describe Chevrolet Volt buyers. But that's not the whole story - in fact, the explanation given today of that comment and de Nysschen's views on electric cars was contained, in kernel form, in the original story that led to the explosion on the web. But the typically low-depth, high-speed nature of Internet sensationalism saw little more than a parroting of the "idiot" term around the web - something Motor Authority carefully steered clear of. The explanation and rebuttal that de Nysschen released today, however, lends itself more readily to rational discourse, and so we'll delve into his assertions as they are offered. First, de Nysschen offers a clarification of his viewpoint on a quick transition to electric vehicles in general. The problem, in his view, is that mass electrification of the automobile fleet could have secondary and tertiary effects on the infrastructure and economy. While there is a lot of debate on the matter amongst scientists, it is at least a valid concern, though it applies equally to all plug-in hybrids and electrics, not just the Chevy Volt. He is, however, fully behind electrics, as the upcoming R8 ePerformance electric vehicle concept is expected to prove. Second is the energy shift de Nysschen sees EVs causing, moving from gasoline to coal-fired powerplants, effectively offloading emissions to a different source, but not eliminating or even necessarily reducing them in a total "well-to-wheel" sense. Again, that relies to a degree on his former point, but even if the grid can sustain the electrical load, there will have to be an increase in electricity generation, and that will most likely come in the form of more burnt coal. Third, de Nysschen addresses the Volt head-on, saying that it is simply not economically feasible at present. The features, size and performance offered are those of a gasoline powered car that costs roughly half as much, according to de Nysschen, so those that pay that premium aren't being economically sensible. Use of taxpayer-funded subsidies, which are already being heavily touted as a way to make the Volt affordable, are proof that the technology isn't currently sustainable in a pure market sense. Further, no amount of fuel savings will recoup the up-front costs. That's a point we've explained countless times in the past, and applies equally to hybrids and even, in some cases, diesels. But, it also doesn't take into account the fact that many people buy such cars on an ideological basis - to help minimize their environmental impact, to make a statement, or to help support the technology and the companies that produce it in the hopes that it will lead to more and better solutions in the future. Those are perfectly valid reasons to buy such a car, but it's not the smart business choice, for either carmaker or car buyer. Fourth, he argues that there are better alternatives in the present and near future, including diesel and efficiency-maximizing gasoline engines. He also recognizes that EVs will be effective solutions in the more distant future, once costs of the technology have come down and the infrastructure to support them has grown. That goes back to his first point, and is a matter of some contention, but is nonetheless a reasonable outlook for the CEO of a car company that's tasked with making decisions to direct his company not just to a greener future, but a profitable present. On the whole, and when looked at with a little less bravado and a lot more logic, de Nysschen's statements are refreshingly frank and devoid of idealism - a plain-spoken, pragmatic look from an industry insider that has a clear plan on how to make cars more efficient - and yet still affordable and profitable - now, not 10 years from now, or 20 years from now. And that's something we'd like to see more of. Thanks, Johan. ------------------ For an excellent look at the issue from another perspective, head over to Green Car Reports and read John Voelcker's article entitled, "Volt Buyers 'Idiots'? Audi President Is The One Who's Wrong" Just as de Nysschen's open and honest assessment of the matters presented from his perspective are worth evaluating, so too are they worth critiquing - on a logical, factual basis - and that's exactly what Voelcker has done. Well worth a read. Read More

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