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Recharge Wrap-up: Gogoro Smartscooter debuts, Nissan Leaf drivers drive more

The West Coast Electric Highway in Oregon and Washington makes up about nine percent of the country's EV charging stations. Located along I-5, Highway 101 and other highways, Oregon offers 43 DC quick chargers, while Washington has 14. Chargers are located every 20 to 25 miles along the network, with plans to extend the Electric Highway from Canada all the way to Mexico. Between March 2012 and April 2014, drivers used public chargers 17,917 times in Washington and 18,522 times in Oregon, according to the US Energy Information Agency. Read more at Green Car Reports and at The Register-Guard. Nissan says Leaf drivers in Europe clock about 40 percent more miles on average than gasoline and diesel cars. Using the Leaf's CarWings telemetry, Nissan has found that Leaf drivers average 198 miles per week, or about 10,307 miles per year. Drivers using traditional fossil fuels only drive an average of 138 miles per week, or 7,170 miles a year. Nissan has sold more than 31,000 units of the Leaf in Europe, with more than 150,000 sold worldwide. "Our customers frequently tell us that they buy the Nissan Leaf as a second car, but end up using it far more than their other vehicle," says Jean-Pierre Diernaz, Nissan's European EV director, "and the information we receive from CarWings reinforces that message." Read more in the press release below. Gogoro's electric Smartscooter, which uses a battery swap system, debuted at the 2015 Consumer Electronics Show in Las Vegas. The Smartscooter features a racing suspension, a connected mobile app, a suite of sensors and a host of customization options. What makes the Smartscooter really interesting, though, is its battery swapping network. The 20-pound batteries are traded at small stations - essentially vending machines - in a matter of seconds, so worries about charging times are nonexistent. The battery stations could also be used by utilities for energy storage to help balance grid loads when they're not being used to power electric travel. See the Smartscooter in the video below and read more at Wired. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Infiniti Q50 Eau Rouge to cost over $100,000?

Enthusiasts have been clamoring for Infiniti to build a car like the Q50 Eau Rouge for years. In concept form, it employs the GT-R's much-loved 3.8-liter twin-turbo V6, tuned to produce 560 horsepower and 442 pound-feet of torque, with the whole works slid underneath fetching luxury sedan bodywork with carbon fiber aero aids. At this point, the model is rumored to be all but certain for production. The company recently even put Sebastian Vettel in one to show it off. However, Infiniti President Johan de Nysschen is suggesting that the model's lifetime could be brief, limited and rather expensive.
The Infiniti boss recently gave a long interview to Motor Trend that spilled a lot of beans about the Eau Rouge. While he refused to officially admit that the super sedan was on the way, he admits that he's "pushing the Eau Rouge concept for commercialization."
According to de Nysschen, if built, the production version will hew closely to the concept with the engine from the GT-R, but the seven-speed automatic transmission and all-wheel drive system will come from the Q70. And while that would make the Eau Rouge a performance powerhouse, it might also be a rarity on the road:

Check out Nissan's clever digital Smart Rearview Mirror

Using cameras in place of a car's rearview mirrors has long been a feature of pie-in-the-sky concept cars, although so far, it's failed to translate into the world of production vehicles. Nissan is looking to change that, though, with its new Smart Rearview Mirror.
With a flick of a switch, drivers can jump back and forth between what they'd normally see through the rearview mirror and the camera's feed from the back of the car.
The Smart Rearview Mirror blends everything we know about traditional reflective glass mirrors with a video feed from the rear of the car into a form factor that's immediately recognizable to the average motorist. With a flick of a switch, drivers can jump back and forth between what they'd normally see through the rearview mirror and the camera's feed from the back of the car. The mirror itself features an integrated LCD display with a four-to-one aspect ratio.