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Recharge Wrap-up: Toyota FCV ready for production, Nissan tests Leaf-to-Home energy management

Toyota will begin selling its hydrogen fuel cell vehicle (FCV) in Japan in December. The US and Europe can expect to see the car become available next summer. The FCV, which will likely be called "Mirai" (meaning "future") in Japan, is ready for production ahead of its initial deadline at the end of the fiscal year in March. Toyota planned for annual production of 700 units, but might increase output to meet higher-than-expected demand, which is currently nearing 1,000 units. The cars will mostly be sold in the four cities where a hydrogen fueling infrastructure is already being put in place: Tokyo, Nagoya, Osaka and Fukuoka. Read more at Nikkei Asian Review. Nissan is testing the Leaf EV as part of an energy management system including "Leaf to Home" technology. The system allows the Leaf to help support the power grid during peak energy usage, or provide backup power to a home or building during outages, particularly in emergencies like natural disasters. Using the Leaf's battery to provide electricity during peak hours would lessen the demand on the grid and make the system work more efficiently. Furthermore, if consumers are compensated for the energy saved by using the Leaf for power during periods of high demand, it could encourage more people to adopt the EV. Learn more in the press release below. CDP has given Honda a perfect climate disclosure score in its Global 500 Climate Change Report for 2014. CDP keeps track of how much companies are disclosing about their impact on global climate change. "The need for data on corporate climate change impacts and strategies to reduce them has never been greater," says CDP CEO Paul Simpson. "For this reason we congratulate those businesses that have achieved a position on CDP's Climate Disclosure Leadership Index." Other perfect scores were earned by Nissan, BMW, Daimler and General Motors. Read more in the press release from Honda below. Scientists at Stanford University have developed a lithium ion battery that can warn users before it overheats. A thin layer of copper between the anode and the layer separating the anode from the cathode acts as a sensor. When it detects lithium buildups from overcharging are approaching the separator, it sends an early alert long before it gets to a point where it would cause a short (which could lead to a fire). The new safety measure could be used in all sorts of battery applications, and not be limited to EVs. Learn more at Phys.org.

Recharge Wrap-up: vehicle electrification future, Indonesia biodiesel growth

Navigant Research expects electrified vehicles (including hybrids, plug-in hybrids and battery electric vehicles) to reach 6 million sales in 2024. That's up from 2.6 million sales in 2015. About half of those sales will be plug-in vehicles in 2024, up from 19 percent in 2015. To make its predictions, Navigant took into account automaker strategies, concept vehicles, regulations and incentives, electricity and oil prices, and charging infrastructure expectations over the 10-year timetable. Navigant also says that despite the massive changes in the last five years, the next five years will be "even more impactful to the global automotive and energy industries." Read more from Navigant Research, or at Green Car Congress. Indonesia's biodiesel consumption is expected to rise dramatically over the next year. While the nation used 291 to 317 million gallons in 2015, consumption levels for 2016 could surpass 2 billion gallons, depending on blending regulation enforcement. Indonesia raised the minimum biodiesel content in diesel fuel from 10 to 15 percent in 2015 while increasing biofuel subsidies. It will raise the blend minimum to 20 percent for 2016, and plans to increase it to 30 percent in 2020. Read more at Business Recorder. Scotland's national newspaper, The Scotsman, has awarded the title of Plug-In Vehicle of the Year to the Mitsubishi Outlander PHEV. The paper praised the car for its ability to live up to its "ecocredentials," as well as its all-around practicality. During its long-term test, Scotsman staff enjoyed using the 32.5 miles of electric driving range to commute to and from work. The Scotsman's Steven Chisholm called the Mitsubishi Outlander PHEV, "an exciting prospect for anyone looking for an SUV that's easy on the wallet as well as the environment." Read more at Inside EVs. Featured Gallery Mitsubishi Outlander PHEV Concept-S: Paris 2014 View 12 Photos News Source: Navigant Research, Green Car Congress, Business Recorder, Inside EVsImage Credit: Copyright 2015 Drew Phillips / AOL Government/Legal Green Mitsubishi Alternative Fuels Biodiesel Electric recharge wrapup

Mitsubishi XR-PHEV Concept is a chronicle of an Outlander Sport foretold [w/video]

Mitsubishi's current Outlander Sport has done a yeoman's job since it came on the market for the 2011 model year. The affordable crossover has been one of the few bright spots in the perennially troubled automaker's lineup - it's the brand's best seller in the US and sales are up nearly 40 percent this year. The subcompact CUV has become an increasingly important part of the Mitsubishi lineup, which is why you should pay attention to this XR-PHEV Concept - it's said to presage the next-generation model.
Stylistically, this is a pretty bold little CUV, with a striking face framed by bold zig-zags of chrome that underline the narrow headlamps and frame the massive lower fascia. The profile has a dramatically tapered greenhouse with bold sheetmetal contours and a funky blacked-out A-pillar that emphasizes the hood's height. The rear end is no less dramatic, with dual-pane rear tailgate with a particularly fast rake.
As shown here, the XR-PHEV (pronounced "Cross Runner") is a four-seat CUV that motivates its front wheels through a turbocharged 1.1-liter, three-cylinder engine with 134 horsepower paired with a 120-kW electric motor. In pure-electric mode, the 14-kWh battery is said to be good for 52 miles of cruising range and the combined fuel economy bogey is 66 miles per gallon on Japan's lenient testing cycle.