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When public charging fails you and your EV

Think that owning and driving a plug-in vehicle in green-centric San Francisco is easy? You should probably think again. That's because a lot of other residents already have the same idea, and there aren't enough charging stations to keep up. A classic First World problem, for sure, but a problem nevertheless for at least one EV driver. A Wired reporter shares the experience test-driving a Nissan Leaf for a couple of days. The catch is that, like many of the city's residents, he's an apartment-dweller without a dedicated parking spot, meaning that he's at the mercy of publicly-accessible station availability. And that infrastructure, he writes, is "woefully inadequate" to handle the current crop of plug-in vehicle drivers in the San Francisco Bay Area The crux is that, while Nissan Leaf's navigation systems can direct a driver to the nearest stations, they neither say if the stations are occupied or if they're open to the public. The former issue is a major one because, unlike gas stations, a plug-in vehicle charging station can be occupied for hours instead of minutes. That means plug-in vehicle drivers without overnight charging access will likely constantly be on the hunt for unoccupied charging stations in the area until more stations are deployed. Read the details of Alex Davies' trying times here. Featured Gallery 2013 Nissan Leaf View 55 Photos News Source: WiredImage Credit: mayorgavinnewsom/Flickr Green Nissan Electric San Francisco

Recharge Wrap-up: Nissan, Tesla report CO2 savings, rare earth metal recycling simplified

A new process simplifies the recycling of rare earth metals. While the strong magnetic properties of metals like neodymium and dysprosium make them useful in electric vehicles traction motors, there are concerns about their availability and the environmental costs of mining them. Researchers at University of Pennsylvania have developed an easier method to recycle those metals that is less energy intensive and more cost effective. "We have designed a way to separate the two metals by selectively dissolving the neodymium in a solution and leaving behind the dysprosium as a solid," says Justin Bogart, a graduate student working on the project. "This quick and easy method has allowed us to separate equal mixtures of the metals into samples that are 95 percent pure." Now the team is working to improve that level of purity. Read more from University of Pennsylvania. Nissan Leaf drivers in Europe have saved over 55,000 tons of CO2 emissions. Worldwide, the 178,074 Leafs sold account for the prevention of over 293,000 tons of CO2 emissions so far. That equates that to the neutralizing effect of 19 million trees. Besides the positive effects on environmental and noise pollution that switching to electric mobility provides, Nissan also points out that it's good business, too. EVs like the Nissan Leaf and e-NV200 cost about 40 percent less than combustion vehicles to maintain, and the cost of electricity is substantially lower than that of fossil fuels. Additionally, Nissan has published a video of the Leaf touring Bristol to celebrate the greening of European cities with the help of electric vehicles. See the video, and read more from Nissan. Tesla customers have driven a cumulative 1 billion miles. Together, nearly 75,000 Model S drivers have prevented more than 570,000 tons of CO2 emissions worldwide. To put that in perspective, a billion miles is the equivalent of 4,186 trips to the moon, and almost 40,000 trips around the Earth. In the UK, where the Model S is celebrating its one-year anniversary, drivers have already accumulated 6.6 million miles. Tesla is celebrating its milestone with the Next Billion Miles Tour, hosting hands-on events and test drives in 80 cities across North America, Europe and Asia. See the video from Tesla above, visit the One Billion Miles microsite and read more in the press release below.

Nissan, Honda and Mitsubishi will share EV components and AI research

TOKYO — Japanese automakers Nissan and Honda say they plan to share components for electric vehicles like batteries and jointly research software for autonomous driving. A third Japanese manufacturer, Mitsubishi Motors Corp., has joined the Nissan-Honda partnership, sharing the view that speed and size are crucial in responding to dramatic changes in the auto industry centered around electrification. A preliminary agreement between Nissan Motor Co. and Honda Motor Co. was announced in March. After 100 days of talks, executives of the companies evinced a sense of urgency. Japanese automakers dominated the era of gasoline engines in recent decades but have fallen behind formidable new players in green cars like Tesla of the U.S. and ChinaÂ’s BYD. “Companies that donÂ’t adapt to the changes cannot survive,” said Honda Chief Executive Toshihiro Mibe. “If we try to do everything on our own, we cannot catch up.” Nissan and Honda will use the same batteries and adopt the same specifications for motors and inverters for EV axles, they said. By coming together in what Mibe and counterpart at Nissan, Makoto Uchida, repeatedly called “making friends” to achieve economies of scale, the companies plan more strategic investments in technology and aim to cut costs by boosting volume. Each company will continue to produce and offer its own model offerings. But they will share resources in areas like components and software development, where “making friends” will be a plus, Mibe and Uchida told reporters. They declined to say whether the friendship will extend to a mutual capital ownership, while noting that wasnÂ’t ruled out. The two companies also agreed to have their model lineups “mutually complement” each other in various global markets, including both internal combustion engine vehicles and EVs. Details on that are being worked out, the companies said. Honda and Nissan will also work together on energy services in Japan. Under ThursdayÂ’s announcements, Mitsubishi will join as a third member. Toyota Motor Corp., JapanÂ’s top automaker, is not part of the three-way collaboration. Although Honda and Nissan have very different corporate cultures, it became clear, as their discussions on working together continued, their engineers and other workers on the ground have a lot in common, Uchida said. “Speed is the most crucial element, considering our size,” he added.