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Fiat Chrysler exec talks up the future of fuel cells

When it comes to a belief in the viability of electric vehicles, you can put automotive folks like Nissan's Carlos Ghosn and Tesla Motors' Elon Musk on one side of the proverbial wall and Fiat Chrysler Chief Technology Officer Harald Wester on the other. Because while the two former executives are staking much of their companies' respective future on plug-in electric drivetrain technology, Wester sees no such future in it at all, according to an interview in Motor Trend. Oh, sure, the Fiat Chrysler technology chief does give the idea of an electrified powertrain some quarter, saying he sees standard hybrids as a solution for the "intermediate" future in addressing both higher gas prices and need to meet progressively more stringent European greenhouse gas-emissions standards. But Wester, who also oversees Fiat Chrysler's Alfa Romeo and Maserati brands, ultimately views hydrogen fuel-cell technology as the way to go for advanced powertrains and minimal emissions. As for battery-electric vehicles? Wester pretty much shoots them, citing everything from a typical EV battery's weight to the challenge of finding electric recharging stations to the fact that much of the electricity needed for those cars is produced via CO2-emitting sources. He forgot to say anything about the CO2 required to bring gasoline or hydrogen to market. Wester's "bah humbug" is actually pretty consistent with the company's party line. Last year, Fiat Chrysler head honcho Sergio Marchionne, in an interview, famously told the general public not to buy the Fiat 500e electric vehicle. That's because he estimated that the company takes a $14,000 loss on each unit sold of Fiat Chrysler's only production EV. News Source: Motor Trend via Green Car Reports Green Chrysler Fiat Electric Hydrogen Cars harald wester

Maserati Levante will borrow Chrysler Pacifica Hybrid's PHEV powertrain

The plug-in hybrid tech from the 2017 Chrysler Pacifica Hybrid minivan will move seriously upmarket into a future version of the Maserati Levante crossover. The PHEV model should arrive around early 2018 or possibly the end of 2017, division boss Harald Wester told Motor Trend. Wester was blunt about the reason for using the minivan's powertrain. "A standalone program would be suicidal so we have to look at FCA," he said to Motor Trend. However, he expects the PHEV to comprise a tiny portion of the luxury CUV's sales volume – possibly as low as six percent. The Pacifica Hybrid will be the first PHEV minivan in the US when it arrives in the second half of 2016. The powertrain combines a 3.6-liter V6 that runs on the more efficient Atkinson cycle, and two electric motors, which are in the gearbox. A 16-kWh lithium-ion battery under the floor stores the energy for the system. Chrysler estimates the setup can carry the minivan 30 miles purely on electric power and achieve 80 MPGe. The first examples of the Levante should arrive in the US in August, according to Motor Trend. Maserati plans initially to offer its luxury crossover here with two twin-turbocharged 3.0-liter V6s. Base models use a version with 350 horsepower and 368 pound-feet of torque. The S trim gets some extra grunt thanks to a tune that makes 430 hp and 427 lb-ft. Both models come with an eight-speed automatic transmission, all-wheel drive, and a limited-slip differential. The Maserati will have a fleet of posh, European crossovers to fight against, and the PHEV will possibly offer an edge to entice a few green-minded, wealthy customers. Related Video:

Chrysler taking big risk snubbing NHTSA

Maker Insists Feds Overstate Risk Of Fires With Grand Cherokee, Liberty Models
It's not often that recall stories make it above the fold, in that old newspaper parlance, but when one shows up as the lead story on the network evening news programs, you know it's something big.
And so it is with Chrysler snubbing its nose at a request by the National Highway Traffic Safety Administration to recall 2.7 million Jeeps the feds insist are at risk of potentially catastrophic fuel tank fires in a rear-end collision.