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Recharge Wrap-up: Air Liquide buys Airgas, Audi automated parking in Boston

Air Liquide will buy US competitor Airgas for $13.4 billion. The Paris-based industrial gases company — also a major producer of hydrogen gas — will pay $143 per share in the acquisition of Airgas. The deal could help Air Liquide surpass German rival Linde as the world's top industrial gases company. "The US is a very attractive gas market, it's the largest industrial gas market worldwide," says Air Liquide CEO Benoit Potier. "It's the fastest growing market among advanced economies." Read more from Bloomberg. The US Department of Energy (DOE) will announce a new funding opportunity for hydrogen and fuel cell technology. Expected to be worth up to $35 million, the funding will focus particularly on the research, development and demonstration of technology for light duty passenger vehicles with the goal of reducing greenhouse gas emissions and petroleum consumption. This includes hydrogen production, delivery and storage, as well as fuel cell technologies, manufacturing and analysis. The DOE expects to issue the Funding Opportunity Announcement around December 10. Read more at Green Car Congress. Audi will bring network infrastructure and automated parking to the Boston area. In an agreement with the city of Somerville, Massachusetts, Audi will work to improve traffic flow and increase the efficiency of space used for parking. As the city continues to develop, Audi's automated parking project will help decrease the amount of land needed to park cars, and the extra space can be used for more important real estate. Also, an intelligent traffic management project connecting cars to traffic lights can help reduce congestion. Read more in the press release below. Audi brings automated parking to the Boston area November 17, 2015 | INGOLSTADT/BARCELONA • Memorandum of Understanding between Audi and the US city of Somerville • Urban innovations – networking with traffic lights and automated parking • Real-estate developers save space and money thanks to self-parking cars Audi and the city of Somerville, Massachusetts, are planning joint innovations for the city of the future on the east coast of the USA. Audi CEO Rupert Stadler and Mayor Joseph A. Curtatone signed a Memorandum of Understanding in the context of the Smart City Expo World Congress in Barcelona. They agreed to develop an urban strategy for Somerville, applying technologies for swarm intelligence or automated parking, and networking cars with traffic lights.

Audi spotted testing new TT RS Roadster at the Nurburgring

Spied testing on the Nordschleife in Roadster form is the forthcoming Audi TT RS. It's based, of course, on the new TT that we've already seen in S spec, but this one will be even faster. To that end, powering the new convertible (and its fixed-roof coupe counterpart) is expected to be Audi's signature turbocharged inline-five driving a good 400 horsepower or so to all four wheels through either a six-speed manual or Audi's S-tronic transmission. That output ought to put it in prime position to outgun the likes of the Porsche 718 Boxster S with its 350 hp and the new Mercedes-AMG SLC43 that's good for 362 hp. The BMW Z4 sDrive35is isn't far behind with its 335 hp, though a new Z4 M would be a welcome addition to the party. We're expecting the brand of the Four Rings to reveal the TT RS coupe before long, and the roadster should follow six months or so afterwards. Then Audi's RS line will be replete with performance models including the RS7 we get here, the RS3, RS6, and RS Q3 they sell overseas, and this pair of TT RS two-doors. Related Video:

Audi wants to keep you healthy while behind the wheel

Health tracking is all the rage. You can get smart watches and smart wristbands and all sorts of silly tech to give you intricate metrics about your wellbeing. Hell, my bathroom scale is connected and will automagically sync my latest weight, body fat, and heart rate readings to an app on my smartphone. Bathroom scales and wearables aside, Audi is hoping to bring this fitness-tracking tech to four wheels with its new Fit Driver system. No surprise, the new program was announced at the technophile's paradise that is the Consumer Electronics Show. Paired with a wearable, like an Apple Watch or FitBit, that would monitor heart rate and skin temperature, the car's sensors can track a driver's breathing and driving style. This data can be analyzed alongside weather and traffic information, effectively allowing the car to determine how stressed or tired a driver is. Systems within the vehicle would then be tweaked to "relax, vitalize, or even protect the driver." This can take the form of an automatic massage and adjustments to the cabin temperature, ambient lighting, and infotainment. So when you're about to go full road rage because there's a Camry doing ten under in the left lane, Sirius could flip on the easy listening of Watercolors to calm you down. Naturally, this technology is still in the early stages, and there's no word about when it could actually arrive in production vehicles. But as driverless systems evolve, Audi is aiming to develop such an advanced health suite that an autonomous vehicle could detect a medical emergency, pull over safely, and call for assistance. Here's to the future, folks. Check out the official release below. Audi Fit Driver Audi envisions a future in which drivers leave their cars more relaxed than when they entered them. The car, as a personal yet simultaneously connected space, is ideal for health and fitness monitoring. Under the motto "my Audi cares for me", Audi Fit Driver will become a supportive driving companio. The Audi Fit Driver project focuses on the well-being and health of the driver. A wearable (fitness wristband or smartwatch) monitors important vital parameters such as heart rate and skin temperature. Vehicle sensors supplement this data with information on driving style, breathing rate and relevant environmental data such as weather or traffic conditions. The current state of the driver, such as elevated stress or fatigue, is deduced from the collected data.