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Tesla investigating the cause of Model S garage fire in Toronto

A Tesla owner in Toronto returned from a drive only to have his fire alarms go off shortly after powering down his Model S in an incident that is once again raising concerns about the electric hatchback's safety. Where previous cases of Model S combustion were anything but spontaneous -the car was always involved in an impact before going up in flames - this latest case has no obvious cause.
According to Bloomberg, as far as its owner knows, this particular Model S was not involved in a collision during the drive. It also wasn't charging when the fire started. According to Tesla, though, it wasn't any of the Model S' major components that caused the fire.
"In this particular case, we don't yet know the precise cause, but have definitely determined that it did not originate in the battery, the charging system, the adapter or the electrical receptacle, as these components were untouched by fire," said Tesla in an official statement.

How to get incredibly accurate information on your EV's charging power

One would think that paying about $300 to receive a bit of bad news about electric-vehicle charging would be counterproductive. But the fine folks at Teslarati believe that truth is beauty, and they're willing to pay a little extra for the straight dope. There are always losses when taking power from the grid and shoving it into an EV's battery pack. The question is how big are these losses. Teslarati calculated digital read-outs from the dashboard of their Tesla Model S all-electric sedan and found that Tesla builds in about a nine percent efficiency loss when it comes to recharging the car. But the blog thought the Tesla couldn't know exactly what was transpiring between the wall and the battery, so it footed the bill for about $300 to install a digital submetering unit from EKM Metering. With a little calculation, Teslarati was able to figure out after a couple of recharging rounds that the efficiency loss per recharge was closer to 15 percent than nine percent. That means that, instead of paying about 48 cents on the dollar relative to filling up an economy car (factoring in the AAA average price of $3.66 per gallon), Tesla owners are paying about 52 cents on the dollar. Not much compared to paying upwards towards $100,000 for the vehicle itself, but, hey, every cent counts, right? Get all of the details here. Featured Gallery Tesla Model S View 10 Photos News Source: Teslarati Green Tesla Electric recharging

BMW shows 670-hp plug-in 5 Series GT concept

BMW quietly revealed a 5 Series GT concept earlier this week at an event in France, and it sports a plug-in hybrid powertrain capable of a whopping 670 horsepower. Think the upcoming Model X crossover from Tesla sounds good? BMW has something that might be just as enticing for eco enthusiasts who like their cars to be green and mean. BMW quietly revealed a 5 Series GT concept earlier this week at an event in France, and it sports a plug-in hybrid powertrain capable of a whopping 670 horsepower. That's right, a hybrid BMW hatch-crossover with more estimated power than the 2015 Chevrolet Corvette Z06. BMW's setup is called "Power eDrive," and it uses a 20-kilowatt-hour lithium-ion battery pack that provides juice for two electric motors; they work with a 2.0-liter turbocharged four-cylinder engine. This 5 Series GT would be able to travel for 62 miles under electric power. The prototype shows the high-performance potential of the system, but the 5 Series GT is "purely a concept," BMW spokesman Julian Arguelles told Autoblog. The GT made its global debut alongside plug-in versions of the 3 Series and X5. They used more basic eDrive systems with one electric motor teamed with a turbo four cylinder. BMW revealed the prototypes to illustrate its plans to increase production of plug-in hybrids. Its goal is to add plug-in variants to all of its "core-brand models," though specifics and timing are unclear. BMW Group Media information 1. BMW Group Innovation Days 2014: New drive technologies. (Introduction) The recently launched BMW i3 and BMW i8 are the first zero-emission vehicles in the premium segment, being designed respectively as dedicated all-electric and plug-in hybrid models. Their BMW eDrive technology promotes hallmark brand driving pleasure, while at the same time delivering major reductions in fuel consumption and CO2 emissions – all the way to zero tailpipe emissions when operating in all-electric mode. This is BMW Efficient Dynamics taken to its logical conclusion. For more than 15 years, the Efficient Dynamics strategy has inspired and shaped the development of new models across all the BMW Group brands, resulting in the development of highly efficient vehicles that combine dynamic performance with intelligent energy management. Today, thanks to Efficient Dynamics, the BMW and MINI brands offer premium models that set benchmarks in their respective segments in terms of their exceptional balance of performance and fuel economy.