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Lost power in a winter storm? Just hook up a Toyota Prius like this guy did

The Toyota Prius' battery pack just got something like a five-star rating from a truly seasoned professional – a 50-year aircraft technician. Bob Osemlak, who'd served more than three of those five decades with the Canadian Air Force, brought electricity back to his home in December during a heavy ice storm thanks to his gas-electric car. His ingenuity allowed him to turn on lights, furnace, refrigerator and the TV. The Thornhill, Ontario resident lost power for nearly a day on December 21 – not nearly as much as millions of other people hit by the recent storm - and so he still set about using his Prius for backup power, according to EV World. His ingenuity allowed him to turn on lights, furnace, refrigerator and the TV. Being an aircraft technician for so long brought Osemlak the ability to home-brew his V2H set-up that he urges other people to avoid, for safety reasons. He had planned for a potential power outage by installing an outlet on his furnace and, when the storm struck, he ran a cord through the basement window to the car. During the nine hours Osemlak used his Prius for backup power, the car's fuel gauge only reduced less than one bar, or roughly the equivalent of a gallon of gasoline. It wasn't the first time Osemlak had played with his vehicle. In the 1960s, while stationed in Winnepeg, Manitoba, he created a car starter. Every hour, the car would start up and run for 10 minutes to avoid being frozen solid in frigid winter temperatures. Featured Gallery News Source: EV WorldImage Credit: Flickr Green Toyota Green Culture Hybrid PHEV vehicle to grid storm

2014 Toyota Corolla

Reprising The Recipe For A Perfect Slice Of Toast
My toaster broke the other week. Halfway through the process of cooking my gourmet Pop-Tart breakfast, the thing crapped out with a small bang, leaving my delicious morning treats trapped inside. To rectify the situation, I ventured out to a big box store, located the toaster aisle, and ran a couple of questions through my mind. Do I need two slots or four? Do I need to spend more than 20 bucks on this thing? Should I just buy a toaster oven to give me a wider range of bachelor-pad cooking functionality? After no more than two minutes of contemplation, I grabbed the cheapest one on the shelf, paid and left the store. The new toaster works just fine.
This sort of unemotional shopping experience is how I suspect people decide to purchase the Toyota Corolla. It's a perfectly fine appliance, and to a good number of people in the world, the bond between a car and a driver is no more important than the connection I feel to my toaster. Does it seat four people relatively comfortably? Does it get decent fuel economy? Is it easy to drive? Reliable? Safe? The Corolla checks all of these boxes, and because of that, Toyota managed to move just under 300,000 examples of the tenth-generation car in 2012 (though that number does include sales of the Corolla-based, now-deceased Matrix) - a vehicle that, at the time, was already six years old.

Toyota asking NHTSA for fuel cell car safety exemption regarding electric shocks

Toyota is requesting an exemption from federal safety regulations that govern electric cars as it prepares to launch a small-scale hydrogen fuel-cell vehicle fleet.
The Japanese automaker is targeting Federal Motor Vehicle Safety Standard 305, which covers the packaging of high-voltage parts in electric cars. According to Uncle Sam, these systems need to be isolated so that passengers and first responders aren't electrocuted in the event of a crash. That seems pretty smart, but it's become a problem for Toyota's upcoming production fuel cell vehicle, as the mechanism that prevents electric shocks in low-speed crashes will apparently simply keep Toyota's car from even functioning.
Instead of the federally approved system, Bloomberg reports that Toyota plans to insulate the high-voltage wires and cables in the car, along with shielding electrical components like the fuel cells, electric motor and batteries with (presumably non-conductive) metal barriers.