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Consumer Reports criticizes small turbo engines for misleading performance, fuel economy claims [w/video]

Consumer Reports has taken aim at at small-displacement, forced-induction engines, saying the powerplants don't manage to deliver on automaker fuel economy claims. Manufacturers have long held that smaller, turbocharged engines pack all power of their larger displacement cousins with significantly better fuel economy, but the research organization says that despite scoring high EPA economy numbers, the engines are no better than conventional drivetrains in both categories. Jake Fisher, director of automotive testing for Consumer Reports, says the forced induction options "are often slower and less fuel efficient than larger four and six-cylinder engines."
Specifically, CR calls out the new Ford Fusion equipped with the automaker's Ecoboost 1.6-liter four-cylinder engine. The institute's researchers found the engine, which is a $795 option over the base 2.5-liter four-cylinder, fails to match competitors in acceleration and served up 25 miles per gallon in testing, putting the sedan dead last among other midsize options.
The Chevrolet Cruze, Hyundai Sonata Turbo and Ford Escape 2.0T all got dinged for the same troubles, though Consumer Reports has found the turbo 2.0-liter four-cylinder in the BMW 328i does deliver on its promises. You can check out the full press release below. You can also read the full study on the Consumer Reports site, or scroll down for a short video recap.

Jaguar Land Rover to drop supercharged V8 for turbocharged BMW power

There are few things that sound as good as Jaguar's 5.0 liter supercharged V8. As great as it is when the supercharger whines or the exhaust cracks and pops on throttle lift-off as the air pressure equalizes, the basic design dates back to the '90s. Plainly, the engine isn't as efficient as it needs to be, but designing a new V8 from the ground up is an expensive proposition. Instead, Automobile reports that Jaguar Land Rover is set to use a twin-turbocharged V8s supplied by BMW. Scalable architecture is all the rage as automakers streamline designs in order to save costs. For example, Jaguar's current supercharged V6 is quite literally a V8 with two holes missing. They didn't even change the length of the block. It seems both of those designs are on their way out, with the V6 being replaced by a inline-six closely related to the company's inline four. It seems that rather than designing an new and expensive V8 for their top of the line models JLR, is sourcing from BMW. From 1994 to 2000, BMW owned Land Rover. A few models, including the Land Rover Range Rover, used BMW engines then and in the initial years of Ford's JLR stewardship. It seems things have now come full circle. BMW currently makes a twin-turbo 4.4 liter V8 that produces anywhere from 440 to 600 horsepower, depending on the application. Automobile says that a new 4.0 liter V8 is in the works and that it will most likely be the engine that JLR uses. Expect it to be more powerful, more fuel efficient, and lighter than what both BMW and JLR currently offer. This seems like a win for both companies. BMW gets to offset the cost of a new motor while JLR, a smaller company, doesn't have to invest in a whole new architecture. As automakers search for ways to cut costs, expect collaborations like this to continue. Infiniti and Mercedes-Benz both share a four-cylinder engine. Ford and GM have worked together to design a shared 10-speed automatic. While we may lament the loss of that wonderful Jaguar Land Rover engine, we can still be happy that they haven't abandoned the V8. Related Video: News Source: Automobile Rumormill BMW Jaguar Land Rover

Recharge Wrap-up: Tesla opens 50th European Supercharger, BMW smart charging in Singapore

Southeastern Illinois College wants to create a biofuel processing certification program. The school is waiting to hear about receiving $750,000 from a US Department of Labor grant that would allow it to expand its Biofuels Education curriculum to include certification for manufacturing biodiesel and ethanol. There are currently no such programs in existence, and its development would require Labor Department approval as well as input from biofuel companies. Southeastern Illinois College believes that biofuel processing certification would be a large draw for potential students. Read more at The Southern Illinoisan. Tesla has opened the 50th Supercharger in Europe. In the year since the first on was installed in Norway in August 2013, Tesla has been building the network that, like it does in the US, will allow Model S drivers to go long distances for free. There are now 168 Superchargers open throughout the world. Find more in the press release below. BMW is partnering with Greenlots to bring an open standards EV charging network to Singapore. As part of BMW's 360 Electric program, Greenlots will install public chargers and manage the network that allows BMW i owners to find and use the chargers with BMW's navigation system and ChargeNow card. The 30 possible public chargers Greenlots plans to install will use the company's SKY Smart Charging platform. Greenlots will also install the BMW i Wallbox Pure charger at customer's homes and offices. Read more in the press release below. Plug-in electric vehicle (PEV) sales are forecast to reach 1.8 million a year by 2023, according to a report by Navigant Research. Right now, North America is the biggest buyer of battery-electric and plug-in hybrid vehicles, but that should change as the Asia Pacific market is expected to outgrow it; still, the US alone is expected to have more than 2.7 million PEVs on the road in 2023. Urban areas are where we'll see the largest concentration, naturally, with Tokyo, Los Angeles and Paris having the most sales in 2023, respectively. With the increase in PEVs comes an increase in residential load on the electric grid, which is expected to rise by 33 to 37 percent. Read more at Hybrid Cars, or head to the Navigant Research website. Chinese automaker Dongfeng is now manufacturing its first mass-produced electric vehicle, the Aeolus E30. The small, two-seat urban EV has a limited speed of 50 miles per hour, but has a range of up to 100 miles.