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New BMW i3-like Visio.M EV concept uses lightweight resin

It's not a new version of the BMW i3, but an updated version of a lightweight concept car from SABIC, BMW, the Technical University of Munich, Daimler and others does bear a certain resemblance to the well-designed plug-in city car. From the black "glass" in the hatch to the angled line tail lights to the up-and-down window line, you can see a sort of family resemblance (see an i3 comparison photo here). And, of course, they both have an electric powertrain. But the changes made to the new lightweight urban electric concept vehicle is more of an exercise in what's possible rather than a way to evolve the i3 and i8 into a broader i family of vehicles. Even so, what we see here is interesting, since SABIC found all sorts of new ways to take weight out of the car as part of the Visio.M (Visionary Mobility) project, which was first announced in 2012. Let's start with the window material, which as you might guess from the quotation marks above, is not made of glass but is instead SABIC's Lexan polycarbonate (PC) resin plastic. The lower weight (the PC helps shed about 29 pounds) adds two miles of range while the PC resin has better thermal conductivity compared to glass and so does even more because the HVAC system can be more efficient. According to SABIC's computational fluid dynamics analysis, an extra 9-10 miles of range, in fact. Without the battery, this concept weighs just 992 pounds. Remember, BMW already made a lot of weight-reduction measures in the i3 thanks to carbon fiber reinforced plastic, so to make the "glass" lighter would only help boost efficiencies on a production vehicle that uses a resin like this. Read more below. SABIC's LEXAN™ resin delivers weight savings and thermal efficiency for new ultra-lightweight electric car concept developed by BMW-led Visio.M Consortium Munich, October 20, 2014 Today, at the Technical University of Munich (TUM), BMW, Daimler, TUM scientists and a consortium of industry participants showcased a lightweight urban electric concept vehicle with various advances, including an all-plastic design of the car's windows. The windows are made of LEXAN resin, a polycarbonate (PC) material, and coating technologies from SABIC, a leading developer of PC glazing for automotive windows and many other thermoplastic solutions for the automotive industry.

Weekly Recap: BMW rolls out ambitious plug-in hybrid electric plan

"We believe that for the United States, this is going to be very important." – Julian Arguelles Let there be no doubt, BMW is serious about electric vehicles. The German automaker said this week it will make plug-in hybrid versions of all of its core models, an aggressive move that demonstrates its commitment to electric propulsion systems. BMW did not specify which vehicles will get the plug-in systems or provide a timeline for when they will arrive. But the announcement is clearly more than blustering, and the company revealed a 3 Series plug-in prototype this week at an event in France. BMW said the 3 Series uses a version of its 2.0-liter turbocharged four-cylinder engine (240 horsepower, 300 pound feet of torque) with an electric motor sandwiched between the engine and transmission in place of the torque converter. It has an all-electric range of 22 miles. A plug-in X5 with the same powertrain was also displayed alongside the 3 Series, though the X5 has been on the auto-show circuit for more than a year, including a recent stop in Los Angeles. Those two vehicles use "eDrive," and BMW's plans represent the first widespread transfer of its technology from development of the i3 and i8 models to more mainstream products. BMW said it's developing electric powertrains so they can be deployed rapidly across its range, and they are flexible enough to be used with fuel cells in future products. Enticingly, BMW is also working on a "Power eDrive" system, which debuted in a 5 Series GT concept at the event in France. This setup has two electric motors powered by a 20-kilowatt-hour battery pack, and when teamed with a four-cylinder turbo, pump out about 670 hp. Reinforcing BMW's commitment, the company will add more than 200 jobs at its factory in Dingolfing, Germany, to support electric-vehicle development. The moves come as BMW and other automakers diversify their portfolios while fuel economy and emissions regulations are getting tighter around the world. The United States has set a 54.5-mpg CAFE requirement for the 2025 model year. BMW said the electric vehicles were developed with an eye toward the US market, its government policies and its wide-ranging commuting styles. "We believe that for the United States, this is going to be very important," spokesman Julian Arguelles said. Ben Scott, a senior analyst in London with automotive research firm IHS, said BMW's moves are expensive – but necessary – to keep pace with the market.

HyFive hydrogen infrastructure gets $51M boost across Europe

"High five!" was one of the catch-phrases of Sacha Baron Cohen's Kazakh comedic alter ego Borat. A real-world HyFive is being announced by a power broker named Boris. And this is serious business. London Mayor Boris Johnson has announced a program called HyFive, which will see automakers and other entities invest 31 million British pounds ($51 million US) in a demonstration project for hydrogen fuel-cell vehicles. By next year, London will have three hydrogen refueling stations, while there will be one each in the Danish cities of Aarhus and Odense and one in Innsbruck, Austria. Leaders of the program are planning for other stations in Sweden, Germany and Italy. The five participating automakers are BMW, Mercedes-Benz parent Daimler, Honda, Hyundai and Toyota, while other companies involved include Copenhagen Hydrogen Network, ITM Power and Linde. Those OEMs will make 110 fuel-cell vehicles available for deployment in Bolzano, Copenhagen, Innsbruck, London, Munich and Stuttgart. The program represents an effort to address the "chicken or egg?" challenge inherent to establishing a hydrogen fuel cell vehicle market. While the powertrain technology provides benefits by combining fossil-fuel-like refueling times with long driving ranges and zero emissions, establishing a refueling network and building fuel-cell vehicles is prohibitively expensive, especially in low volumes. The London mayor is no stranger to green transportation technology. Late last year, Johnson made himself available for a photo opportunity with Ecotive and Frazer-Nash, which had developed a six-passenger extended-range plug-in taxicab. The mayor got a test drive in the cabs this week. You can check out the HyFive press release below. Global leaders sign up to GBP31m plan to demonstrate viability of hydrogen vehicles International project HyFive pioneers hydrogen fuel cell technology A pioneering GBP31 million deal will be struck today (3 April) to make hydrogen vehicles a viable and environmentally friendly choice for motorists across Europe. Leading motor manufacturers, hydrogen fuel suppliers, the Mayor of London's Office and energy consultancies from around the globe are signing up to the HyFive project, the largest of its kind in Europe, at City Hall in London today.