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Tesla gigafactory will source materials from North America to keep things green

It's one thing for the Big 3 to get tires and engine parts from cities along the US Rust Belt. It's another thing altogether, though, for Tesla Motors to source far more esoteric materials like graphite, cobalt and lithium from Canada and the northern US. But that's what the California-based company has in mind, and it's all in the name of environmental friendliness and cost, Bloomberg News says. Tesla is looking to bring its raw-material sourcing to this side of the Pond by the time it opens its massive gigafactory that may produce as many as 500,000 vehicles annually, Bloomberg says, citing Tesla spokeswoman Liz Jarvis-Shean. And while the raw-material price may be higher (and driven up further with the additional demand from Tesla), those costs may be offset by the fact that there will be far less transportation and logistics involved. "When all costs are considered, it should be cheaper to source most materials from as nearby as possible" - Tesla's Liz Jarvis-Shean "Transportation impacts are very significant on the heaviest raw materials if they need to be moved from halfway around the world," Jarvis-Shean wrote in an e-mail to AutoblogGreen, adding that there will be additional cost savings from reduced shipping time and less transit-related working capital requirements. "In the long term, when all costs are considered, it should be cheaper to source most materials from as nearby as possible." There are geopolitical issues as well. For instance, China is shutting down some of its graphite mines because of pollution issues, while much of the world's cobalt comes from war-torn Congo, though Tesla says it gets its cobalt from the Philippines. Most of the graphite in Tesla's Model S is of the synthetic variety from Japan and Europe. Of course, Tesla's still trying to figure out where to put its gigafactory, and has said it will be in one of four states: Arizona, Nevada, New Mexico or Texas. The factory will cost an estimated $5 billion and may support 6,500 jobs, so state governments are already starting to campaign to be the automaker's future production home. Regardless, Jarvis-Shean estimated that the sheer economies of scale from the gigafactory will reduce battery-pack costs per kilowatt hour for the company's "mass market" model (sometimes referred to as the Model E) by 30 percent after a full year of production.

Recharge Wrap-up: Tesla's Europe plans, Chevy Bolt details

Hybrid Cars takes a close look at the battery cooling system and gearbox in the 2017 Chevrolet Bolt. While information is still limited, we can make educated guesses about the car's inner workings. The Bolt's liquid battery cooling system appears simpler than that of the Chevy Volt, eschewing active inter cell cooling plates for what appear to be bottom cooling plates. The Bolt has a coaxial gearbox, with the electric motor and the drive shaft on the same axis. It uses a simpler parallel-helical gear set rather than the planetary reduction set used in the Chevy Spark EV. These simplifications have the benefit of helping lower the cost of the Bolt. Read more at Hybrid Cars. Tesla is planning to expand its Supercharger network in Europe in 2016. While a handful of countries in western and central Europe have an established Supercharger network, many European countries still have no Tesla presence. That should change this year, as a map of planned locations includes Spain and Portugal, Ireland, Scandinavian and Italian expansions, and the first Superchargers in many eastern European nations, including Poland, the Balkans, Russia, Ukraine, Romania and even Moldova. By the end of the year, you should be able to take that electric road trip from Lisbon to Moscow you never knew you were planning. Read more at Teslarati. National Biodiesel Board CEO Joe Jobe sat down for an interview with the Tampa Bay Times. In the interview, Jobe discusses biodiesel's environmental impact and relationship with the fuel market. He talks about its production, and its differences from the other major biofuel, ethanol. Jobe says the biggest challenge is dealing with the petroleum industry, which biodiesel needs to work with despite their differences. "It's a threat when you have the largest, wealthiest most powerful industry in human history making it a top priority to eliminate policy that is aimed at helping incentivize renewable energy," says Jobe. Read more from the Tampa Bay Times. Related Gallery 2017 Chevrolet Bolt EV: Detroit 2016 View 10 Photos News Source: Hybrid Cars, Teslarati, Tesla Motors, Tampa Bay Times Green Chevrolet Tesla Alternative Fuels Biodiesel Electric recharge wrapup

Drive eO Tesla Roadster is going to race up Pikes Peak [w/video]

Last year, Drive eO sent its PP01 electric supercar up Pikes Peak in the Pikes Peak International Hill Climb - well, part-way up. Driver Janis Horeliks wasn't injured in the crash that ended his run near the Halfway Picnic Grounds. This year, the Latvian team will return to Colorado race again with a Tesla Roadster chassis in the Electric Modified division on Sunday, June 29. The PP02 is not quite as rowdy as the PP01, with a twin motor system putting about 482 horsepower and 590 pound-feet of torque to the rear wheels compared to last year's car all-wheel-drive setup making about 536 hp. The PP02's liquid-cooled electric motor will get its electrons from a 40-kWh battery pack. The total weight of the car is about 2,337 pounds. Drive eO's return to Pikes Peak isn't just about getting back in the saddle and winning a single race. The group is using the experience to test new components that it intends to eventually put into later electric supercars. These, according to the press release, are "already on the drawing board." As interesting as it will be to see the PP02 Tesla Roadster 360 attempt to tackle the famous hill again, it should be equally interesting to see what Drive eO is up to next. See what happened in last year's race in the video below (it's not in English), or read on for the official press release from Drive eO. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Drive eO Returns to Pikes Peak with Bespoke Tesla Roadster Riga, Latvia - Electric motorsport specialists Drive eO are returning to the Pikes Peak International Hill Climb on June 29 to test and develop their latest electric drive train system. The team has packaged it into a Tesla Roadster chassis, making the competitive debut in motorsport for Tesla. Drive eO has dubbed the project PP02 as it builds upon the team's initial attempt at the iconic hill climb competition in 2013 with a prototype supercar eO PP01. The new car features a more modest specification with rear axle powered by 360 kW (peak) twin-motor system and a 40 kWh lithium-ion battery pack. The team is aiming to validate the new components ahead of scaling them up for successive electric supercar projects which are already on the drawing board. The 2014 edition of the Pikes Peak International Hill Climb will see 72 drivers attempting the treacherous 20 km course to the summit at 4300 m.