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Recharge Wrap-up: Video shows Tesla robots at work, Ghosn disappointed by China's EV market

A video from The Wall Street Journal shows Tesla's new assembly robots at work. The hulking bots are each named after X-Men superhero characters to give them a sense of familiarity and make them less intimidating to the humans working alongside them. Their monikers also reflect their superhuman levels of strength. The naming of the robots appears to have had the intended effect, as human employees refer to the automated machines as colleagues, and are happy to have the help moving the heavy cars around the factory floor. The robots were added as part of an upgrade and expansion to Tesla's factory in Fremont, CA last year. See the video above, and read more at Teslarati. Nissan CEO Carlos Ghosn says that China should offer more incentives to improve disappointing EV sales. Nissan sells its Leaf EV in China as the e30 under its Venucia brand. The company didn't disclose sales figures, but Ghosn is disappointed that EVs aren't "taking off" in China like they are in other markets. Until the market improves for the e30, Ghosn says Nissan probably won't introduce other EVs to China. "The main challenge today is really to encourage, put more incentives, in order for the consumer to buy in," says Ghosn. "Before adding more cars and bringing more technology, we just need to make sure we can sell the technology we already put into the ground." Read more at Automotive News. Total in France will convert its La Mede petroleum refinery to produce biodiesel. Total will stop producing petroleum at the refinery by the end of 2016, then spend $216 million to convert it into the country's first biorefinery. Improved fuel economy and energy efficiency have helped reduce demand for petroleum products in Europe by 15 percent since 2008. Total's response to "the crisis in the European refining industry" is "to innovate and adapt to meet shifting demand trends," according to Total CEO Patrick Pouyanne. "The central focus of Total's plan for our French refining business is to realign our operations and products to changing markets." Read more at Domestic Fuel, or in the press release below. Total's French Refining Roadmap: Upgrade Donges and Transform La Mede April 16, 2015 Paris – Total today presented its French refining roadmap to employee representatives. The plan is designed to give each Total's refining site in France the means to resist in a volatile environment and perform profitably.

Recharge Wrap-up: Ohio State wins EcoCar 3 Year One, Renault video praises environmental benefits of EVs

A new video from Renault touts the benefits of electric vehicles. The video covers how EVs can help improve the air we breathe and mitigate climate change. It looks into the future at how the air of various metropolitan areas would improve with the adoption of electric cars. It focuses on how EVs help reduce not just CO2 emissions that put the climate in jeopardy, but gases and particulate matter that directly affect the human health. A study in Rome shows that if 10 to 20 percent of the vehicles were electric, particulate pollutants that cause respiratory and heart diseases would decrease by 30 percent, with nitrogen dioxide decreasing 45 percent. "The solution already exists," the video says, "and it is quite accessible for most of us." See the video above, and read more in the press release below. Ohio State University has won Year One of EcoCar 3. Winning the Year One trophy in the competition to create eco-friendly technology and incorporate it into a Chevrolet Camaro, the team defends its title from EcoCar 2 and wins $10,000 in prize money. "This year really lays the foundation vehicle development, which is critical step in the process for future success," says Ohio State University Engineering Manager M.J. Yatsko. "We have already begun vehicle dynamic analysis for next year and are excited to share some of our innovative features we plan to integrate into our vehicle." Teams receive their Camaros this fall, and will use the next years to install, test, and refine their technologies. Read more from the US Department of Energy. Advanced Microgrid Solutions will use up to 500 megawatt-hours of Tesla batteries for grid-based energy storage. It will install the Tesla Powerpack systems for storage in commercial and industrial facilities to help balance the grid load. It offers greater reliability for the grid, and cost saving for customers. "Tesla's focus on performance and design makes them the stand out technology choice for our projects," Says Advanced Microgrid Solutions CEO Susan Kennedy. "AMS' projects require intelligent, powerful and scalable energy storage solutions. Tesla's technology gives us the edge we are looking for." Read more in the press release from AMS. The National Electric Drag Racing Association has announced the Inaugural 2015 NEDRA Points Championship Series. It borrows rules from NHRA and IHRA, and seeks to put vehicle consistency and driver skill at the forefront.

Jaguar I-Pace vs. Tesla Model X and Model S: How they compare on paper

When Jaguar released its first specifications on the 2019 I-Pace, we decided to see how it stacks up with a number of other EVs including the Tesla Model 3, Chevy Bolt EV, and Hyundai Kona EV. The reason being that they all deliver between 200 and 300 miles of range, and they were all quite close in size. But it wasn't a perfectly accurate comparison, because the Jaguar occupies an odd space in the electric market. While it offers similar range and size to those more entry-level EVs, it packs substantially more power, more brand cachet, and, once the official pricing was released, a much higher price tag. As such, we wanted to also compare it with the cars synonymous with luxury electric motoring (literally), the Tesla Model X and Model S. We're only comparing it with the base-level 75D models of each Tesla, since they are the closest in price and performance to the Jaguar. You can see the raw stats below, and can find more analysis and highlights farther down. If you'd like to compare these cars with others, be sure to try out our comparison tools. Performance All three of these electric cars use a similar powertrain consisting of two electric motors, one up front and one in the rear to power all four wheels. The Jaguar I-Pace's 394 horsepower and 512 pound-feet of torque is a fair bit more than the 328 horsepower and 387 pound-feet combined power from the Teslas, according to Motor Trend. But in the sprint to 60 mph, the Jaguar doesn't really gain an advantage. It's 0.4 seconds quicker than the Model X, but 0.3 sec. behind the Model S. This is despite the Jaguar weighing about the same as the Model S, and a few hundred pounds lighter than the Model X. View 32 Photos At 90 kWh, the Jaguar also has a larger battery capacity than the Tesla 75D models, but range is again mid-pack between Musk's cars. At 240 miles, it's just 3 miles ahead of the Model X, and 19 miles behind the Model S. The I-Pace and Model X also are about as hungry for electricity as each other, both with an energy consumption estimate of about 36 kWh/100 miles, while the Model S is the most frugal at 33. All three vehicles have the ability to use DC fast chargers, with Jaguar claiming an 80-percent charge in 40 minutes at a 100-kW charger. But only the Teslas have access to the Supercharger network, and they come with credits for free charging up to 400 kWh at those stations. Exterior and Interior Dimensions In every measurable way, the Jaguar is smaller than the two Teslas.