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Plug In 2014: BMW i DC Fast Charger is poised to change the EV game

It looks like it's just a blue box on a pole, but BMW's new i DC Fast Charger represents a much bigger deal than just the lowest-cost SAE Combo Charger on the market. BMW sees it as the key to getting more drivers into electric vehicles. As Robert Healey, the EV infrastructure manager for BMW of North America told us, "For [BMW], the future is clear. DC charging really is the future." "DC charging really is the future." – Robert Healey, BMW We spoke with Healey at the Plug-In 2014 conference in San Jose, CA last week about the promise of the new $6,548 DC fast charger. "The strategy is pretty simple," he said. "BMW wants to get as many DC Fast Chargers out there as possible. We're not in the charging business, we're in the EV business and to support the sales of our cars, we have identified some key areas: home charging, public charging and assistant services for EV drivers." That's why the first of the new blue boxes will be installed at the 285 i dealers in the US, many of whom already installed the cables needed for fast charging when they put in the Level 2 chargers, said BMW's Cliff Fietzek, manager of connected eMobility. Even if you haven't gotten a site ready for a DC fast charger, the installation costs for BMW's unit are lower because you don't need to pour concrete (for the wall unit) and the SAE Combo connector plug costs "significantly" less than the competing CHAdeMO plug, Fietzek said. One minor drawback to the BMW DC fast charger compared to the more expensive traditional, full-size DC fast chargers is that the 24kW BMW fast charger allows you to charge to 80 percent full in 30 minutes, while the bigger units can do the job in 20. The good news for EV drivers with SAE Combo cars (which, in the US, means the Chevy Spark EV and the VW e-Golf) is that any driver with a Combo plug car and a ChargePoint card will be able to use the BMW stations. In fact, BMW is talking with both GM and VW on where to install SAE Combo stations in the US so that there is minimal duplication of effort. In other places, BMW is working with other automakers, including Nissan, which uses a competing fast charging standard. "In Great Britain, we are installing triple chargers, the CHAdeMO, SAE Combo and the high-power, three-phase AC that can go up to 43 kW to support the Renault [EVs] and others," Fietzek said.

Recharge Wrap-up: BMW i sales hit 50k, SsangYong SIV-2 concept

BMW sold its 50,000th i car in January. The i3, which launched in September 2013, made up roughly 83 percent of those sales. The considerably more expensive i8, which launched in June of 2014, understandably made up fewer sales. The i3 is currently sold in 49 countries, while most of the i8's sales came from the US, UK, Germany, and Norway. Through December, cumulative i3 sales reached 17,116 in the US, 5,063 in Germany, 4,494 in Norway, 3,747 in the UK and 1,348 in Switzerland. i8 sales were 2,820 in the US, 964 in the UK and 793 in Germany. BMW sold 29,513 i-Series cars in 2015, and 1,255 in January of 2016. Read more at Hybrid Cars. SsangYong will debut its SIV-2 concept at the Geneva Motor Show. The SIV-2 – which stands for Smart Interface Vehicle – uses a 48-volt mild hybrid system with a turbocharged, 1.5-liter, four-cylinder engine, 500-Wh battery pack and 10-kW electric motor. The Korean automaker says the modular SIV-2 platform can also accommodate plug-in hybrid and battery electric versions. Alongside the SIV-2, SsangYong will introduce a new Tivoli XLV crossover, based on the XLV Air concept, which is expected to offer competitive fuel economy. Read more at Green Car Reports. Worcester Polytechnic Institute is receiving a $1 million contract from the United States Advanced Battery Consortium (USABC) to make recycled plug-in hybrid batteries. The 50-percent cost-share contract will help Worcester Polytechnic scale up its recycling process to make batteries using recycled cathode material. The process, which USABC calls "novel and efficient," will make the batteries less costly than ones made with all-new material, "thereby offering a value-driven path towards improved sustainability." United States Council for Automotive Research executive director Steve Zimmer says, "These programs are critical to advancing the technology needed to meet both near- and long-term goals that will enable broader scale vehicle electrification." Read more in the press release below. USABC AWARDS $1 MILLION TO WORCESTER POLYTECHNIC TO DEVELOP PROCESS FOR RECYCLED PHEV BATTERY CELLS SOUTHFIELD, Mich., Feb.

2015 BMW i8 [w/video]

The most important thing to keep in mind while driving BMW's all-new i8 is that it's not a product of the company's vaunted M division.
Sleek sports-coupe design, carbon-fiber construction and blistering acceleration may cause automotive enthusiasts to drool, but the i8 has not been conceptualized, engineered or assembled to be another one of BMW's world-class track stars. Instead, the i8 has been hatched as a progressive sports car from the Bavarian outfit's new i division, which "represents visionary electric vehicles and mobility services, inspiring design and a new understanding of premium that is strongly defined by sustainability." Think of it as thrilling, but with an engaging environmental twist.
It's nearly impossible to walk up to the i8 with stopping twenty feet short and taking in its styling. There's no other production car as visually fascinating - this BMW is showroom-ready sculpture that captures all of the essence of the Vision Efficient Dynamics Concept that wowed crowds at the 2009 Frankfurt Motor Show. The wind sees it as a 0.26 drag coefficient, but humans will study its beautifully crafted carbon fiber and glass panels and realize they're in the presence of the future.