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Does faster charging make you want an Audi Q7 PHEV?

Don't let the image of a heavy diesel-powered plug-in hybrid SUV fool you. The Audi Q7 E-Tron will be a quick thing when it goes on sale in Europe this summer. And the SUV will be able to be recharged at a pretty good clip as well, says Automotive News Europe. A full charge of the Q7 E-Tron can provide a range of as much as 35 miles in all-electric mode, using lenient European specifications. One of the model's bells and whistles will be battery-recharging technology that allows the SUV to be recharged at up to 7.2 kilowatts. That means that the battery can be fully recharged in about two and a half hours. Not exactly Tesla Supercharger territory, but not bad. How much a faster recharging option impacts demand for a plug-in vehicle is open to interpretation. For instance, an Idaho National Laboratory study released late last year estimated that about 85 percent of the recharging activity for the Chevrolet Volt extended-range plug-in and Nissan Leaf EV happened at home, implying that how long it takes your plug-in to fill up may not be a huge factor. So, how much would this option of faster recharging sway your decision in buying a plug-in hybrid? The Q7 E-Tron's V6 diesel engine and electric motor, which operate in a parallel hybrid setup, combine to deliver 373 horsepower and 516 pound-feet of torque. That combination can propel the SUV from 0 to 60 miles per hour in about six seconds. Of course, test that out a few times, and your all-electric range is likely to drop a bit. Audi is expanding its batch of E-Tron plug-in vehicles to better compete with German brethren BMW and Mercedes-Benz. Audi's first E-Tron, the A3, sold almost 12,000 units in Europe last year, about the same as BMW's all-electric and range-extender variants of the i3 in Europe combined, Automotive News says, citing JATO Dynamics. Audi will debut its Q5 E-Tron later this year and the A8 E-Tron in 2017. The Q7 E-Tron will be priced at about $88,000 in Europe. As for US sales of that model, questions remain about whether the SUV will have a diesel or gas-powered engine paired with the electric motor, but Americans should start getting access to it in either 2017 or 2018. Check out our Quick Spin here. Featured Gallery Audi Q7 E-Tron 3.0 TDI Quattro View 40 Photos News Source: Automotive News Europe-sub.req.Image Credit: Copyright 2016 Sebastian Blanco/AOL Green Audi Diesel Vehicles Hybrid PHEV e-tron

Recharge Wrap-up: Chevy Volt promos, Audi e-gas partnership

GM is offering promotions on the 2017 Chevrolet Volt. As dealers receive the first shipments of the new model year of the Volt, the automaker is giving customers in certain areas (California, Connecticut, Massachusetts, Maryland, Maine, New Hampshire, New Jersey, New York, Oregon, Rhode Island, and Vermont) $1,000 cash back on their purchase. GM Financial is also offering lease discounts for a limited time, and trade-ins may be eligible for even more money back. State and federal incentives could add up to make the new Volt quite the bargain for the right customer. Read more at Clean Technica. The UK's potential exit from the European Union could mean tighter emissions regulations, potentially even in the UK. While Britain has fought against the EU on stricter rules, the "Brexit" could leave officials in Brussels free to strengthen air quality laws. The UK, despite giving up its seat at the table, would still be beholden to some rules as a member of the European Economic Area free trade agreement. British voters vote on a referendum to leave the EU on June 23. Read more from Bloomberg Business. Daimler will refrain from investing in battery pack production with other automakers for the time being. Daimler CEO Dieter Zetsche cites an overabundance of battery production, saying, "Contrary to the expectation four or six years ago when everyone thought that the cells would be a rarity that could even be used as a tool of industrial policy, there is de facto a massive overcapacity in the market today and cells have become a commodity." Daimler recently shuttered its own lithium-ion battery production due to high costs and low demand. Read more from Automotive News. Audi is partnering with the Viessmann Group to increase e-gas production using a new biological process. Audi has been making the renewable fuel through a two-part process of electrolysis (splitting water into oxygen and hydrogen) and methanation (reacting hydrogen with CO2 to make synthetic methane). The new biological process uses microoganisms to absorb hydrogen and CO2 to make methane. The process requires lower temperature and pressure, and doesn't require high concentrations or purity of CO2. Read more in the press release below.

Watch Stanford's self-driving Audi hit the track

Sending a self-driving race car around a track with nobody inside seems pointless – there's no driver to enjoy the ride, and the car certainly isn't getting a thrill out of it. But the students performing research with Stanford University's Audi TTS test rig "Shelley" (not to be confused with Audi's own self-driving race cars) are getting a kick out of the numbers generated by the machine. "A race car driver can use all of a car's functionality to drive fast," says Stanford Professor Chris Gerdes. "We want to access that same functionality to make driving safer." The teams push the car to speeds over 120mph and the computers have executed lap times nearly as fast as professional drivers. However, they also spend a lot of time maneuvering at 50 to 75 mph, the speeds where accidents are most likely to happen. That way, the students can figure out how to incorporate braking, throttle and maneuvering to develop new types of automatic collision avoidance algorithms. Better technology, for instance, could have saved Google from a recent slow-speed accident where its vehicle was struck by a bus. During race days, students break into teams to perform different types of research. "Once you get to the track, things can go differently than you expect. So it's an excellent lesson of advanced planning," says Gerdes. In the latest rounds of testing, for instance, one PhD student developed emergency lane-change algorithms, while another recorded a skilled human driver in an attempt to convert his behavior into a driving algorithm. The main goal, of course, is to prepare students for something they may not have expected -- an automotive industry that is adopting self-driving technology at breakneck speeds. This article by Steve Dent originally ran on Engadget, the definitive guide to this connected life. Green Audi Technology Coupe Autonomous Vehicles Racing Vehicles Performance Videos racecar research