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Nissan Leaf, e-NV200 get orange treatment for Ultraman Ginga S

The automobile-as-crime-fighting-teammate concept dates back at least to the 1960s Batman television series, gained further currency during the 1980s with Knight Rider and was referenced in the recent Kia ads featuring Los Angeles Clippers basketball star Blake Griffin and Jack McBrayer of 30 Rock fame. Now, Nissan has put a bright, colorful spin on the idea by tricking out both a Leaf electric vehicle and an e-NV200 electric van for the Japanese television show Ultraman Ginga S. A far cry from the aforementioned muscle cars (the Leaf powertrain delivers just 107 horsepower), the vehicles still cut dashing figures by featuring a lot of orange, a bunch of geegaws, a body kit and cannons. Yes, cannons. They were shown off at the Tokyo Toy Show. The Ultraman Ginga series debuted on Japanese television just last year, according to the Internet Movie Database (IMDB). Nissan started making the real-world e-NV200 electric van in Spain in May. No plans have been announced for US sales, though the Japanese automaker will export the van to its home country. There's an explanatory video and Nissan's press release about the Ultraman Ginga vehicles below, but we apologize in advance, as you will need to be able to read Japanese for the PR. The video has been helpfully translated. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. ???????????????????????????? --??????????2014????????????e-NV200???????????-- ?????????(??:????????? ??:???? ???)???????????????(??:?????? ??:?? ??)??????????????????????? ???????????????100%???????????*1???6?9??????100%????????e-NV200?????????????2????????????????TV?????????????????S*2(???????????)???????? ????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????? ?????????????????11?5??????????????????10????????????e-NV200???????????????????????????Leaf to Home??????????????????????????????????????????? ???7?15???????????????????S??????????????????????????????????Web?????????????????????????? ???6?12???6?15????4?????????????????????????????2014???????????????e-NV200????????????????????????????????????????????????????? (*6?12??13????????????????????????????) ????????S????????????????????????> ??: 6?12?(?)11:30~ ??: ???????? ?4??? No.4-1???????

Toyota, Nissan, Honda will work together on hydrogen filling stations

Japan's own version of the Big Three is taking on a transportation effort that's a far cry from the large-engined history of General Motors, Ford and Chrysler. In fact, Toyota, Nissan and Honda are looking to do their part – and maybe a little more – for the environment by working together to collaborate on accelerating the deployment of hydrogen fuel delivery in Japan. More refueling stations means more convenience for prospective hydrogen fuel-cell vehicle owners. Toyota says the specifics, including investment amount and the number of stations to be deployed, will be "determined at a later date." Still, the effort dovetails with that of the Japanese government. That government announced a so-called Strategic Road Map for Hydrogen and Fuel Cells last June and subsequently said it would start offering about $20,000 worth of incentives for fuel cell vehicle buyers. In December, Toyota started selling its first mass-produced fuel cell vehicle, the Mirai, in Japan and said it would almost triple production to 2,000 vehicles in 2016 from 700 this year. Last month, the Tokyo government began talks with Toyota and Honda to collaborate on ensuring that there'd be at least 6,000 fuel-cell vehicles on Japan's roads in time for the 2020 Summer Olympics in Tokyo. Tokyo officials are looking to have 100,000 fuel-cell vehicles on the city's roads by 2025. Check out Toyota's press release below. Toyota, Nissan, and Honda to Jointly Support Hydrogen Station Infrastructure Development Toyota Motor Corporation, Nissan Motor Co., Ltd., and Honda Motor Co., Ltd. have agreed to work together to help accelerate the development of hydrogen station infrastructure for fuel cell vehicles (FCVs). Specific measures to be undertaken by the three manufacturers will be determined at a later date. For hydrogen-fueled FCVs to gain popularity, it is not only important that attractive products be launched-hydrogen station infrastructure must also be developed. At present, infrastructure companies are making every effort to build such an infrastructure, but they face difficulties in installing and operating hydrogen stations while FCVs are not common on the road. Following the formulation of its Strategic Road Map for Hydrogen and Fuel Cells in June 2014, the Japanese government has highlighted the importance of developing hydrogen station infrastructure as quickly as possible in order to popularize FCVs.

DC fast charging not as damaging to EV batteries as expected

As convenient as DC fast charging is, there have been lots of warnings that repeated dumping of so many electrons into an electric vehicle's battery pack in such a short time would reduce the battery's life. While everyone agrees that DC fast charging does have some effect on battery life, it may not be as bad as previously expected. Over on SimanaitisSays, Dennis Simanaitis, writes about a recent presentation by Matt Shirk of the Idaho National Laboratory (INL) called DC Fast, Wireless, And Conductive Charging Evaluation Projects (PDF) that describes an ongoing test of four 2012 Nissan Leaf EVs that are being charged in two pairs of two. One pair only recharges from 50-kW DC fast chargers, which the other two sip from 3.3-kW Level 2 chargers exclusively. Otherwise, the cars are operated pretty much the same: climate is automatically set to 72 degrees, are driven on public roads around Phoenix, AZ and have the same set of dedicated drivers is rotated through the four cars. "Degradation depends more on the miles traveled than on the nature of recharging." What's most interesting are the charts on page seven of Shirk's presentation (click the image above to enlarge), which show the energy capacity of each of the four vehicles. When they were new, the four batteries were each tested to measure their energy capacity and given a 0 capacity loss baseline. They were then tested at 10,000, 20,000, 30,000 and 40,000 miles, and at each point, the DC-only EVs had roughly the same amount of battery loss as the Level 2 test subjects. The DC cars did lose a bit more at each test, but only around a 25-percent overall loss after 40k, compared to 23 percent for the Level 2 cars. Simanaitis' takeaway is that, "INL data suggest that the amount of degradation depends more on the miles traveled than on the nature of recharging." The tests are part of the INLs' Advanced Vehicle Testing Activity work and a final report is forthcoming. These initial numbers from IPL do mesh with other research into DC fast charging, though. Mitsubishi said daily fast charging wouldn't really hurt the battery in the i-MiEV and MIT tests of a Fisker Karma battery showed just 10-percent loss over 1,500 rapid charge-discharge cycles.