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Tesla Model S costs one nickel per drag race [w/video]

Historically, the intersection between electric vehicles and drag racing has been really small - or so we guess, at least. But the advent of Tesla in the auto marketplace, and the subsequent performance offered up to drivers by way of battery-powered cars, has caused even racy publications like DragTimes to get in on the action.
Having posted several YouTube videos featuring the Tesla Model S doing pulls at the local strip, DragTimes encountered questions about just how many races that car might be able to run before needing to re-juice its battery pack. The publication monitored the energy being used by the Tesla during full-throttle, quarter-mile runs, and determined that the net use (after energy from the regen braking was added back in) amounted to just 0.5 kWh per go. Considering that the full battery capacity is 85 kWh, DragTimes figured that the Model S is good for a remarkable 170 races before needing a recharge. By that math, and using electricity costs in DragTime's home state of Florida, each race would cost just a nickel and a penny's worth of electricity.
With respect, that theoretical number is probably way too high. For starters, the car would expend some energy getting to and from the starting line between races. Perhaps more critically, the system is designed to not allow for a completely full charge or deletion of charge, so the car can't use all 85 kWh. Still, 100 runs is in the realm of possibility. In the video below, the narrator makes mention of 150 runs, which is optimistic but more likely. Cheap thrills, in any case (once you've paid for the car).

Why dealerships should embrace Tesla's direct sales competition

National and regional dealership associations have it in for Tesla Motors. For the past few years the organizations have been pushing lawmakers – to whom, it bears mentioning, they have made generous financial contributions – for legislation that would make it difficult for the Californian automaker to continue with its direct-to-consumer, company-store sales model. This is, of course, in addition to laws already on the books which make it illegal for manufacturers engaged with existing independent dealership networks to operate their own retail locations. As you may have heard, the dealers have recently had success in New Jersey and, previously, in Texas. Arizona passed a law in 2000 that forbids manufacturers from obtaining a dealer's license, completing the triad of states which now restrict sales from Tesla stores. Meanwhile, the company has had some amount of success pushing back against these efforts in Massachusetts, Ohio, New York and North Carolina. It is a constant battle, though, even in most of those locales. Direct sales are key to Tesla's success. Direct sales are key to Tesla's success. It's a big part of how the company managed to move from a simple start up to something of an American automotive phenomenon. While CEO Elon Musk likes to say that it uses this method because selling an electric car would somehow be a conflict of interest for dealerships that also sell conventionally- powered vehicles, there is really a lot more to it than that, and it's wrapped around the customer experience. You can sit at home in your pajamas and configure exactly which color and options you want for your Model S over the Internet, send an electronic payment and have that exact car arrive at your door some weeks later. The company stores are an outgrowth of that concept, but allow you to see physical samples of the colors and materials involved, take a test drive and interface with a friendly human who can immediately answer any questions you might have, as well as facilitate financial transactions. You still get the exact car that you order. Having company-owned stores lets Tesla keep complete control of its entire retail network and therefore, the buying experience. Staff aren't paid by commission and are encouraged to be truly customer-focused.

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.