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Recharge Wrap-up: Ford 1.0L EcoBoost a hit in Europe; Build a tiny inverter, win $1 million

In Europe, Ford's 1.0-liter EcoBoost engine is the best-selling turbocharged gasoline engine. The three-cylinder motor powers 20 percent of new Fords sold in Europe. Earlier this year, it won its third International Engine of the Year award, and between January and June, it was sold in about 120,000 cars. So far this year, 38 percent of Fords sold in the Netherlands, 35 percent in Denmark and 32 percent in Switzerland have been powered by the 1.0-liter EcoBoost. The engine's turbocharger spins at 248,000 rpm, and provides 24 psi of pressure. The engine produces up to 138 horsepower, depending on the version. Read more in the press release below. When lithium-ion battery packs are retired from the road, remanufacturing, repurposing, and recycling are worthwhile options, according to a study by Mineta Transportation Institute. The study included a cost-benefit analysis of those three options, and found remanufacturing to be the best route. To get the most out of them, batteries should be tested and have their damaged cells replaced then put back to use. Repurposing is the second best option, using the remaining available charge for something besides cars. Recycling on its own isn't profitable, but it could make economic sense with "increased technological breakthroughs." Learn more at Recycling International or download the report here. A smaller inverter for EVs can win you $1 million. The Little Box Challenge is an open competition to build a power inverter with a density of at least 50 watts per cubic inch. Google and the Institute of Electrical and Electronics Engineers (IEEE) are offering the hefty prize to the team that builds the inverter with the highest power density within an enclosed volume of 40 cubic inches. Teams must register by September 30. Read more at Green Car Congress or learn more at the Little Box Challenge website.

Ford Focus RS will go global, come to US

"We are transforming our approach to performance." – Mark Fields Ford will launch a new high-performance Focus RS around the world, including the United States, company CEO Mark Fields confirmed at a press conference Thursday morning. It is expected to debut in January at the Detroit Auto Show, though launch timing is unclear. "We are transforming our approach to performance," Fields said. The RS will serve as a hotter variant of the Focus, which will be redesigned next year as part of Ford's 16 product launches. Our spy photographers have already captured images of a purported RS, which you can see above. Ford last sold a Focus RS in Europe in 2009, and it continues the long lineage of RS-badged performance cars, which dates to 1968. "The RS has a significant heritage and pedigree," Ford product chief Raj Nair said. The Focus RS will slot above the Focus ST, which will continue, a spokesman said. The ST runs a turbocharged, 252-horsepower four-cylinder that's paired with a six-speed manual transmission. It also has chassis and design upgrades to reinforce its athletic dynamics. The most recent intel suggests that the new RS could use Ford's 2.3-liter turbo-four, tuned to anywhere from 325 to 350 hp. All-wheel drive is also rumored to be part of the new RS formula. Meanwhile, Ford announced it is putting all of its sporty units under the umbrella name of "Ford Performance," which will be led by Mustang chief engineer Dave Pericak. Ford Performance will include Ford Racing, SVT (which is responsible for the Raptor and Shelby GT350) and RS. "We're changing Ford's performance business," Nair said. Ford is placing a renewed emphasis on performance, as the customers tend to be younger, wealthier and better educated, Nair said. In other news, Nair said the company is working on a Raptor version of the new, aluminum-bodied F-150, which launched this year. "I want to get it out as quickly as we can," he said.

Weekly Recap: Toyota propels hydrogen fuel cells

Toyota is serious about hydrogen fuel cells, and it wants the auto industry to follow suit. The Japanese automaker said this week it's releasing 5,680 fuel cell patents from around the world, including technologies used on its upcoming sedan, the 2016 Mirai. The move is unusual, but not unprecedented, as Tesla similarly released its electric vehicle patents last year. The idea for Tesla, and now for Toyota, is to spur development of alternative propulsion. "By eliminating traditional corporate boundaries, we can speed the development of new technologies and move into the future of mobility more quickly, effectively and economically," said Bob Carter, Toyota Motor Sales senior vice president of automotive operations, in a statement. Toyota's fuel cell patents will be free to use through 2020, though patents related to producing and selling hydrogen will remain open forever. Toyota said it would like companies that use its patents to share their own hydrogen patents, but won't require it. "What Toyota's doing is really a logical move, and really a good move for the industry," Devin Lindsay, principal powertrain analyst with IHS Automotive, told Autoblog. The announcement was made at the Consumer Electronics Show in Las Vegas. It comes as Toyota prepares to launch the hydrogen-powered Mirai in a limited number late this year in California. The launch will be extended to the Northeastern United States next year. Toyota also has announced plans to support networks of fueling stations in each region to try to smooth consumer adoption. The Mirai has a 300-mile range on a tank of hydrogen, and it takes about five minutes to refill. Fuel cells have been receiving increased attention recently, and Audi and Volkswagen debuted hydrogen-powered cars at the 2014 Los Angeles Auto Show. Honda, another proponent of the technology, also showed its updated FCV concept in November in Japan. The company, however, has delayed its fuel cell sedan a year until 2016. Like Toyota, Honda says its hydrogen-powered car will have a range of 300 miles or more. Meanwhile, Hyundai currently offers leases for fuel-cell powered Tucsons, which have a 265-mile range, in Southern California. Despite the optimism some automakers have for fuel cells, the technology still faces barriers. A lack of filling stations has long held it back, and many consumers are not familiar with the potential benefits.