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Hyundai returns to spark-compression engines with $5 million grant

Ed note: This version adds comment from a Hyundai spokeswoman. Hyundai said Monday it has won a grant worth $4.95 million from the U.S. Department of Energy to support research and development for an advanced, mixed-mode gasoline spark-compression engine, meaning the Korean automaker appears to be back at it in its quest to develop a fuel-efficient, low-emissions gasoline compression engine that can catch the likes of Mazda's Skyactiv-X. Hyundai says the three-year grant will leverage existing work with advanced valve train and previous DOE-funded technologies. Hyundai previously was working on its own HCCI — short for homogeneous charge compression ignition — project, developing a Gasoline Direct-Injection Compression engine with help from Delphi that used supercharging and turbocharging, a high compression ratio and fully variable valve train. But it has never come to fruition, reportedly due in large part to added costs. Hyundai spokeswoman Michele Tinson said the grant will support a new project for the automaker. "It's a departure from the past efforts forging a new direction forward for Hyundai where the fuel and engine combustion modes can be optimized to meet new targets," she said. Tinson said the GDCI project is completing its third round of DOE funding. Hyundai in December said it plans to release 38 environmentally friendly vehicles along with its affiliate Kia, and using a variety of technologies, by 2025. Hyundai alone will account for 18 of them. The aim is to use the spark-compression engines for conventional gasoline-powered vehicles, plug-in hybrids and mild hybrids. "The opportunity to explore mixed-mode engine technology through the DOE's grant signifies Hyundai's commitment to advanced research technology and compression engines," John Juriga, director of powertrain technologies at Hyundai America's Technical Center near Ann Arbor, Mich., said in a statement. "The co-operative research project along with Michigan Technological University and Phillips 66 signifies the importance in developing fuel and engine innovations that work together for optimal vehicle performance and leading fuel economy ratings." Mazda's Skyactiv-X compression-ignition engine uses Spark Controlled Compression Ignition to achieve diesel-like gains in fuel economy — about 20 to 30 percent higher than its current gasoline engines — and lower emissions from regular gasoline. It's said to debut in late 2019. Related Video:

Peter Schreyer designs the future of Hyundai, Kia, and Genesis

Peter Schreyer now leads the design teams at Hyundai, Kia, and the new Genesis brand. He has the difficult task of differentiating the three brands aesthetically, even if they share mechanical components. A new profile about the designer by Bloomberg shows just how much he means to the Korean brands, and it's well worth a read. According to Bloomberg, Schreyer has distinctive ideas for the Korean brands' design. A Kia should look sporty and appeal to young buyers. In contrast, a Hyundai would be for someone who prefers a minimalist design. So far, Genesis is blending those traits for its Athletic Elegance design language. Schreyer went to Kia from Volkswagen Group in 2006, and his mission was to revolutionize the Korean's brand's boring look. He succeeded with sharper, more modern designs for vehicles like the Optima and Sorento that arrived after he took over. He did such a good job there that Hyundai-Kia Motor Group appointed him as its first non-Korean president at the end of 2012. He also now oversees former Lamborghini designer Luc Donckerwolke at the Genesis luxury brand. Bloomberg speaks with industry analysts and other designers to get a better idea of Schreyer's meaning to the company. The piece presents him as an easygoing person who knows exactly how each vehicle should look. If you want to get a better Schreyer and his work at Hyundai, Kia, and Genesis, the story is worth checking out. Related Video:

2013 Hyundai Sonata Hybrid gets bigger, better battery pack, lower MSRP

Just yesterday, we told you how Hyundai's 2013 Sonata Hybrid was late out of the gate (along with its mechanical twin, the Kia Optima Hybrid), with growing speculation suggesting that the company was revisiting its gas-electric sedan with an eye toward improving its efficiency.
Well, today Hyundai has released official details, and that's exactly what's happened. Sporting a larger starter generator, a higher output electric motor and a more potent 47 kW lithium polymer battery, the 2013 Sonata hybrid is more efficient than before. The revised hardware helps the sedan jump two miles per gallon combined over its 2012 predecessor. That pushes the 2013 Sonata Hybrid to 36 mpg city, 40 mpg highway and 38 mpg combined. Engineers also tweaked the machine's software, with revised driving pattern detection and engine on/off logic.