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Mazda to use rotary engine as a range-extender with its first electric vehicle

There's more news from Mazda at the Tokyo Motor Show, where the brand made a big splash, including new developments in its never-ending rotary engine saga. First, Mazda execs confirmed that the Japanese automaker will bring back the rotary engine as a range-extender and battery juicer for its first electric vehicle in 2019. But secondly, the company won't have a rotary-powered successor to its RX-7 and RX-8 sportscars in time for the company's centennial anniversary in 2020. Autoblog previously confirmed that Mazda is planning to have an EV in 2019 that will be available in both pure electric and range-extending versions. Now, the Australian website Motoring reports that the global EV will feature a powertrain similar to the experimental Japan-only Mazda2 (Demio) EV, which used a single-rotor engine as a generator to power the battery pack and increase its driving range. The publication says Mazda plans to release a series of plug-in hybrids based on existing models around 2020, then a pure electric car co-developed with Toyota and Denso in 2021 as part of the EV Common Architecture Spirit Company joint venture. A Mazda spokesman tells Autoblog the company couldn't confirm any details about future products. Meanwhile, enthusiasts shouldn't wait for a rotary-based production version of Mazda's RX-Vision concept from 2015. Motoring cites two executives who explain that the company simply lacks the capital necessary to invest in developing the new model in time for its 2020 centennial. Mazda debuted its rotary engine 50 years ago in the Cosmo Sport in part as a way to stand out from its larger Japanese competitors. The engine, which uses a spinning three-tipped rotor in place of pistons, is smaller and lighter than conventional piston engines, with a greater power-to-weight ratio and quieter, smoother operation. But it delivers less fuel economy and higher emissions — two weaknesses that could be improved via a stop-start system Mazda has developed, based on a pair of U.S. patents. The company has also been hard at work developing its next-generation Skyactiv-X engine, which uses highly precise combustion ignition technology to deliver significant gains in fuel economy and power.Related Video:

Yes, the Mazda BT-50 pickup is real. No, you can't get one.

Mazda exited America's pickup segment when it deep-sixed the Ford Ranger-based B-Series after the 2009 model year, but it remains committed to the body style overseas. The third-generation BT-50 introduced online wears an unusually stylish design for a global truck, while its interior looks and feels more car-like than before. The BT-50 is based on the Isuzu D-Max, but the familiar shield-shaped grille hides the common DNA well. Horizontal slats and a thick chrome frame create a visual link between the pickup and members of Mazda's line of sedans and crossovers, while stylists gave the rear end more utilitarian-looking lines characterized by vertical lights. The variant depicted in Mazda's images is an upmarket trim built for users who need a rugged daily driver, and more basic versions that feel at home on a construction site will ship will inevitably look a lot cheaper. It measures 208 inches long, 74 inches wide, and 70 inches tall when buyers select the double-cab model and order four-wheel drive. These figures give it a footprint almost identical to the four-door Ranger's. Inside, the BT-50 shares some parts with the D-Max, including its 9.0-inch touchscreen and its HVAC controls. Motorists in global markets are increasingly using pickups as daily drivers, so Mazda chased this trend by adding more technology and safety features to the BT-50. Those willing to climb the trim hierarchy are rewarded with conveniences like an eight-speaker stereo, digital gauges, automatic headlights, parking sensors on both ends, and dual-zone climate control, among other features. Mazda wants to peg its truck a little bit higher than Isuzu's. The only engine detailed by the firm is a 3.0-liter four-cylinder turbodiesel built by Isuzu and tuned to deliver 190 horsepower at 3,600 rpm and 332 pound-feet of torque from 1,600 to 2,600 rpm. Rear-wheel drive and a six-speed manual transmission come standard, and motorists can pay extra for four-wheel drive, a six-speed automatic, or both. It's reasonable to assume a smaller, entry-level turbodiesel will join the range later on. With the 3.0-liter, the BT-50 can haul 2,347 pounds, and its towing capacity checks in at 7,716 pounds. That's more than enough to tow an enclosed trailer, your stripped-out Miata, an extra set of slicks, and a boxful of tools. Making your dreams of Mazda-Mazda towing come true will require moving far overseas, because the Japanese company isn't planning on returning to America's pickup segment.

Recharge Wrap-up: Renault-Nissan hits 250,000 EVs, will the next Toyota Prius be an SUV?

Will the next Toyota Prius be an SUV? Mazda and Toyota recently reached an agreement to share powertrain technologies, which will help Mazda comply with California's tightening ZEV restrictions with a plug-in vehicle. On the flip side, Toyota will have access Mazda's Skyactiv diesel powertrain, which a source tells Motoring will be used in an SUV based on the Toyota Prius (and, as Hybrid Cars suggests, on the Toyota C-HR concept). Interestingly, the collaboration will also give Mazda access to Toyota's fuel cell technology, which could mean more hydrogen powered cars on the road and the subsequent expansion of hydrogen fueling infrastructure. Could it also make way for a long-awaited hydrogen powered rotary-engine sports car from Mazda? Read more at Motoring. Samsung SDI unveiled two new lithium-ion stationary batteries at Intersolar Europe. In doing so, Samsung throws its hat in the ring with the likes of automakers Tesla and Mercedes-Benz, using knowledge from electric vehicle batteries in the arena of home solar energy storage. In addition to its 3.6-kWh battery, its new 5.5-kWh and 8.0-kWh batteries offer storage solutions at a larger, more practical scale for solar customers. Called the All-in-One, the battery system, borrowed from electric vehicles, is made up of a photovoltaic inverter, battery PCS and lithium-ion battery, and promises efficiency, compactness, fast installation and an affordable price. Read more from Samsung SDI. The Renault-Nissan Alliance has sold its 250,000th electric vehicle. The quarter-millionth EV was a white Renault Zoe sold to a French computer engineer from Bordeaux named Yves Nivelle. While he credits a government program offering a ˆ10,000 rebate for EV buyers trading in an older diesel vehicle for helping him make the decision to pull the trigger on the new Zoe, "I have to say, I was convinced the first time I drove the car. It's a real pleasure to drive and it feels good to do my part for the environment," says Nivelle. The Alliance had sold around 31,600 EVs from January to May this year, up 15 percent from the first five months of 2014. See the video above, and read more in the press release below. Renault-Nissan Alliance sells its 250,000th electric vehicle • Historic EV milestone reached in early June • Alliance sells half of all EVs globally • EV sales up nearly 15 percent through May vs.