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Hyundai takes fully autonomous fuel cell vehicles on 70 mph road trip

Hyundai has announced three test vehicles based on its upcoming NEXO fuel cell vehicles, fitted with Level 4 autonomous technology, have completed a trial journey of 118 miles from Seoul to Pyeongchang across the Korean peninsula completely autonomously. It's a world first for fuel cell powered vehicles to reach Level 4 autonomous driving, which translates as "mind off" driving with no driver input needed. One of the interesting things about the NEXO fleet's trial is that it was performed in regular traffic at public highways, at speeds up to nearly 70mph. Earlier autonomous car testing in Korea has been performed on selected sections of road and at lower speeds than the highest allowed Korean highway speed reached in this trial. Hyundai says the test drive included following the traffic's flow, completing lane changes, and even handling motorway toll booths — and that the only human intervention needed was pressing "Cruise" and "Set" buttons on the three cars' steering wheels, to put them in autonomous mode. The NEXO has been designed as a hydrogen fuel cell car from the ground up, instead of the earlier, ICE-based Tucson FCEV. Hyundai claims a target range of 500 miles (NEDC) for the NEXO, for a single, five-minute hydrogen charge, and a system efficiency of 60 percent. On the run to CES from L.A. last month, Hyundai declared a real-world range of 360 miles for the tested NEXO; the 120-kW motor takes the fuel cell crossover to 60 mph in 9.9 seconds. The vehicles used in the South Korean trial use a combination of radar, lidar and cameras to monitor their surroundings, and some of these systems are already used in production Hyundai vehicles. At CES, Hyundai announced its partnership with Aurora Innovation, which is a Silicon Valley startup set up by former Alphabet Inc and Tesla engineers; the autonomous NEXOs are likely to feature Aurora's input. Hyundai sees commercialization of Level 4 vehicles taking place in 2021, though only in what it calls "pilot smart cities," or locations tailored to be connected enough to make the implementation of autonomous tech easier. "Fully" autonomous driving would be at commercial level by 2030. As for the vehicle itself, it features virtual assistant technology that is complemented with noise canceling to further turn the NEXO into a cocoon-like pod; there's also "Home Connect" tech which enables the passengers to use smart home gadgets remotely during their commute. Related Video:

Recharge Wrap-up: "E-Mobility Thought to the End" project, Tesla owner tracks stolen car

A Tesla owner helped police track her stolen Model S and catch the thief. Katya Pinkowski of Vancouver, BC found her car missing after a concert, and she was able to track the car's movements with the Tesla app. She relayed the information to the police, who surrounded the car and arrested the driver. "High tech definitely played a helping role," in arresting the suspect, says Richmond RCMP spokesman Cpl. Dennis Hwang. In what appears to be the first Tesla theft in Canada, Pinkowski accidentally left an electronic fob in the car, giving the thief easy access. Read more from The Province. Hyundai has delivered a shipment of 50 ix35 (Tucson) Fuel Cells for distribution in Europe. Europe's largest ever shipment of the hydrogen-powered vehicles puts the count at over 250 of the ix35 Fuel Cells shipped to Europe so far. "This latest landmark delivery enhances our leading position in the roll-out of fuel cell vehicles in Europe," says Hyundai Europe COO Thomas Schmid. "With our fuel cell distribution network growing to 13 European countries, we are enhancing our sales and customer service capabilities, making fuel cell electric vehicles more accessible for customers throughout Europe." Read more in the press release from Hyundai. Daimler, The Mobility House, Getec and Remondis are partnering to connect the world's largest second use battery storage unit to the grid. As part of their "E-Mobility Thought To The End" project, retired EV batteries are being used in the 13-MWh storage unit to help stabilize the grid and help manage energy fluctuations from renewable sources. It serves as another step in the life of the battery before recycling, where the materials from the lithium-ion batteries re-enter the production process. This helps reduce the environmental impact and the costs of electromobility. Read more in the press release below. E-mobility thought to the end: World's largest 2nd-use battery storage unit set to connect to the grid • Cooperation between Daimler, The Mobility House, GETEC and REMONDIS completes the battery value creation cycle • Re-use of electric vehicle batteries improves environmental performance and the lifecycle costs of e-mobility • 13-megawatt battery storage unit to connect to the grid in early 2016 • Levelling out fluctuations in the power grid as an active contribution towards the energy revolution The world's largest 2nd-use battery storage unit will soon go into operation in the Westphalian town of Lunen.

2015 Hyundai Genesis revealed in renderings

We're currently in Seoul, South Korea, checking in on the 2015 Hyundai Genesis at the automaker's headquarters. We can't yet offer any driving impressions, but at least we can share a few renderings of what the new sedan will look like.
As you can see, practically everything above the beltline has been carried over almost untouched from the HCD-14 Genesis Concept we saw earlier this year. The front-end styling, on the other hand, is a complete departure from current Hyundai design language. Note the large, upright grille and the more dynamic headlights and fascia.
There's still no word as to when Hyundai will officially debut the 2015 Genesis, but it won't be a long wait.