Posts Tagged ‘Zero Emissions Vehicle’

Volkswagen Eyes EVs Making Up 3 Percent of Sales In 2018

Wednesday, July 21st, 2010

Volkswagen Eyes EVs Making Up 3 Percent of Sales In 2018

2010 Volkswagen Golf duo

We hear a hybrid Jetta has been confirmed for next year, but big news has also arrived on the electric-vehicle front. Looking to get a good jump in the world of alternative power, Volkswagen is seeking an EV future where the zero-emissions vehicle make up three percent of global sales, hopefully by 2018.

2010 Volkswagen Golf rear

We’ve heard the crew out of Wolfsburg’s first mass-market EV would be based on the 2013 Golf, but the German automaker has plans for a full, global all-electric lineup consisting of the E-Up (based on the Up! minicar), the E-Golf, and the E-Jetta. The three battery-electric vehicles are reputedly due in 2013, and VW boss Martin Winterkorn already has his worldwide sales target.

“We aim to boost the share of e-vehicles in our annual sales to three percent by 2018,” said Winterkorn. “In urban centers, this share could be a lot higher.”

In 2009, Volkswagen, including all sub-brands, sold 6.29 million vehicles around the world. With the namesake Volkswagen brand leading the charge, the Volkswagen Group is aiming to sell over 10 million vehicles globally by 2018, and three percent would be no insignificant sum. To help research and develop higher-capacity and sustainable battery technology, VW has tapped former Tesla CEO Martin Eberhard for his expertise.

“Batteries must not only get smaller and lighter, above all they must get cheaper,” said Eberhard to reporters at a recent VW event. “Ultimately we do see a large percent of our cars as electric drive.”

After being ousted as CEO in November 2007, the Tesla co-founder has since been aligned with VW. Now running a manufacturer battery lab, Eberhard is working on the next generation of vehicular lithium-ion batteries, an endeavor that is receiving major funding from the auto industry as a whole. R&D underway, Eberhard expects to cut into the average cost of the battery, which is currently priced from 500 to 1000 euro ($645 to $1290) per kilowatt-hour.

For comparison, the Tesla Roadster’s lithium-ion battery pack has a capacity of around 53 kilowatt-hours, operates at a nominal voltage of 375V, and can serve up to 200 kilowatts of electric power. At today’s rates, $34,000-$68,000 nets an estimated range of 244 miles on the Roadster, so it comes with little surprise the batteries are an important facet in the EV game.

Volkswagen and Audi both have plans to roll out electric vehicles in the future and, of course, expect hybrids to take on a bigger role as well. And while batteries and generators may not fully sync up with Porsche’s heritage, let’s not rule out the inclusion of the storied brand to the electric game, especially with the Cayenne S Hybrid and the halo-wearing 918 Spyder lending its credentials to the alternative-fuel market.

Source: Automotive News (Subscription required)

Tesla Generates $13.8 Million through Emissions Credit Sale

Tuesday, June 8th, 2010
Tesla Generates $13.8 Million through Emissions Credit Sale
2010 Tesla Roadster Sport rear three quarters

To help keep the company wheels turning, Tesla has sold its banked vehicle emissions credits to other automakers and raised $13.8 million.

2010 Tesla Roadster Sport front three quarters

Since setting up shop in 2003, Tesla has barely managed to turn a profit from selling its $130,000 Roadsters. About 1000 of the pure-electric Roadsters have been sold — primarily to big-shot actors, musicians, and electric-car fans — and Tesla is slowly inching towards its initial public offering that is expected to generate at least $100 million. Before its IPO, however, the Palo Alto, California-based company must keep the doors open and payroll up-to-date, and that is where the emissions credit sales come into play. Tesla disclosed it sold credits to Honda and at least one other unidentified automaker in an initial IPO filing.

The emissions credit program is managed by the California Air Resources Board and allows automakers to score points with the notoriously stringent state. Recent California emissions-control regulation from 2008 mandated the largest automakers — Ford, General Motors, Honda, Nissan, and Toyota — must combine to sell at least 60,000 plug-in hybrid or pure-electric vehicles in the state over a three-year period. The credits, which are measured in grams per mile of non-methane organic gas (g/mile NMOG), are earned with each certified clean- or zero-emissions vehicle sold and stored within a state database. Companies with more-polluting vehicles can use the credits to offset the extra emissions.

“Having these credits gives us some flexibility for the future,” said Robert Bienenfeld, Honda’s U.S. senior manager for environment and energy strategy. “Whether we’ll need to purchase more, I can’t say.”

Without the credits, automakers are subject to state fines, fees, and potential sales restrictions in California, one of the largest auto markets in the United States.

To further strengthen its commitment to the Golden State, Tesla recently joined forces with Toyota to retool the former NUMMI plant in Fremont to build the entry-level Model S sedan.

Source: Automotive News (Subscription required)

First Look: Nissan Leaf: First all Electric Car: 367mpg!

Sunday, September 13th, 2009


Absolutely Zero Emission

Absolutely Zero Emission

Nissan LEAF electric car is not a hybrid – it’s a zero-emissions vehicle that uses a reusable lithium-ion battery.

The Nissan LEAF (Leading, Environmentally Friendly, Affordable, Family Car) is an electric car announced by Nissan in 2009. It is expected to be marketed in the North America, Europe, and Japan, beginning in autumn 2010. Unveiled in its final form in early August, the Leaf has no gas tank, no spark plugs, no tailpipe.

The Leaf uses a front-mounted electric motor driving the wheels, powered by a 24kW·h/90 kW lithium ion battery. The expected cruising range is the same as the EV-11 prototype, as is the engine. The Leaf’s small but spunky AC motor is what gives the vehicle its spring – the electric power plant offers 80 kW of power (107 horsepower) and 280 Nm (206 lb-ft) of torque. But the secret sauce is not the motor – it’s in the battery. Only recently have advances in lithium technology made batteries sufficiently light, cheap and energy-dense that companies such as Nissan are willing to take the mass-market plunge.

Although an exact price has not been announced, the car is expected to cost somewhere between $25,000 and $33,000

Performance

The car has a top speed of over 140 km/h (87 mph).

The battery can be charged to 80% capacity in about 30 minutes with a special quick charger.

The Leaf is a 5-seat hatchback. Like most in its class, three in the back will be a tight fit. Up front, however, things are spacious and well laid out. Behind door No. 5, the trunk is slim but the bottom drops deep.

A large touch-screen display is the focal point on the EV’s dash. Superimposed on a GPS map, an illuminated circle shows how far the Leaf can go on its current state of charge. A global computer server will provide a constantly updated series of icons showing the location of charging stations and the voltage of each. Nissan engineers expect that future versions of the software will also show if a charging station is in use and how long before it becomes available for the next use.

When the Leaf is plugged in, it will continue to “talk” to the driver via a smart phone. E-mail notifications alert when the battery is full, and charging can be scheduled for specific hours to take advantage of varying electricity pricing. The heater and air conditioning can also be remotely activated using a smart phone. Not just a luxury, this feature helps extend the car’s driving range by taking the initial burden off the battery.

Following the U.S. Department of Energy’s announcement to grant $99.8 million to Electric Transportation Engineering Corp. (eTec), Nissan announced the production of up to 1000 Nissan LEAF vehicles for each of five major markets – Tennessee, Oregon, San Diego, Seattle and the Phoenix/Tucson region. In addition, 2500 charging stations will be installed in each of these areas

US production would begin in late 2012 at Nissan’s manufacturing facility in Smyrna, Tennessee.

Following General Motor’s claim that the Chevy Volt will have a fuel economy of 230mpg, Nissan claimed in its NissanEVs Twitter account that the LEAF would have a rating of 367mpg, using the same Department of Energy formula.