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Why China will soon lead the electric vehicle market

China could be the world's largest electric vehicle market by 2020, thanks to significant government subsidies and the major drawbacks of owning an internal combustion model there. The country's populace registered 75,000 EVs in 2014, and sales figures in 2015 looked even better. In a new video, Renault-Nissan examines the trend and why it happened. Chinese cities heavily encourage buyers to go green through vehicle incentives, but they also make it a hassle to be a polluter. In some places, there's a lottery to limit vehicle registrations and alternating driving bans for even or odd license plate numbers. However, these limits don't apply to EVs, and the country's automakers have benefited from the regulations by introducing small, inexpensive electric models, albeit with sometimes hilarious styling. China's emissions regulations will get even tighter in the coming years. In fact, a Honda exec recently predicted the company wouldn't be able to sell any models there without some form of electric assistance by 2025. Get a better look at the country's electric push to clean up vehicle pollution in Renault-Nissan's video. Related Video:

Nissan Zeod RC crash test looks like crushing the tip on a pencil

Nissan has already showed us the 1.5-liter, three-cylinder engine 400 horsepower and 280 pound-feet of torque, augmented by an electric motor, that sits in back of the ZEOD RC headed for the 24 Hours of Le Mans. At the ZEOD RC's other end is a carbon fiber crash structure that has to be tested against an immovable object, and Nissan has seen fit to show us that, too.
You know what to expect if you've seen a crash test before, but the really pointy nose on this car reminds us of a Faber Castell HB pencil being sent to its death. Better yet, it's in slow motion, and you can watch it below.

Recharge Wrap-up: Comparing Nissan Leaf performance by climate, natural gas iffy for trucks

A new Carnegie Mellon University study looks at the effects of regional climate variations on the Nissan Leaf. The study shows (unsurprisingly) that the ambient temperatures of different regions have effects on battery performance and the use of climate control, both of which affect range. Efficiency and grid mix determine regional differences in emissions per mile. CMU enumerated many of the differences in performance across the US. For instance, on the coldest day of the year, maximum range can be 70 miles on the Pacific Coast, while it is less than 45 miles in the Upper Midwest. These differences in efficiency can also affect adoption patterns. Read more at Green Car Congress. Battery charger manufacturer CTEK has licensed WiTricity wireless charging technology. CTEK looks to commercialize the wireless power transfer tech for use with electric vehicle batteries, making the "plug-in" aspect of EV charging unnecessary. WiTricity's charging technology stands out for its ability for distance charging via magnetic near field. "We are excited to be on the forefront of the next generation of battery charging products for consumers and industry, and look forward to leveraging WiTricity's ground-breaking technology to bring a new level of convenience and ease of use to market," says CTEK CEO Jon Lind. Wireless charging is convenient for the public, but also especially useful for emergency vehicles, which need to be ready at a moment's notice but also keep electrical systems online while the car is parked. Read more at Green Car Congress or at the WiTricity website. Switching heavy trucking fleets from diesel to natural gas could make economic sense, but the environmental benefits aren't as certain, according to a new study from UC Davis and Rice University. Certain regions - particularly California, the Great Lakes and mid-Atlantic regions - could benefit from the switch with minimal investment. "But to have an environmental advantage for reducing greenhouse gas emissions would take significant policy intervention," says Amy Myers Jaffe, executive director for Energy and Sustainability at UC Davis. This would mean stricter efficiency standards for natural gas trucks, as well as stronger regulations for methane leakage. Read more in the press release from UC Davis below.