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Ford, Volvo join Redwood in EV battery recycling push in California

Ford and Volvo will join battery recycling startup Redwood Materials in developing processes, starting in California, to collect end-of-life batteries from electric and hybrid vehicles and recover the materials for use in new batteries, the companies said Thursday. Redwood Materials, co-founded by former Tesla executive JB Straubel, formed an earlier partnership last fall with Ford to develop a “closed loop” or circular supply chain for electric vehicle (EV) batteries, from raw materials to recycling. On Thursday, Redwood Materials said it would work directly with dealers and dismantlers in California to identify and recover end-of-life battery packs. The materials in those packs will be recovered and recycled at Redwood Materials facilities in northern Nevada. U.S. automakers Ford and General Motors Co (GM) have said the battery recycling effort is crucial in efforts to develop a domestic supply chain to meet increasing EV demand. GM and battery partner LG Energy Solution last year announced a partnership with startup Li-Cycle to recycle battery scrap material from Ultium Cells, the GM-LG joint venture that is building battery plants in Ohio, Tennessee and Michigan. Redwood Materials has similar partnerships with battery makers Panasonic in Nevada and Envision AESC in Tennessee, as well as with Amazon. Ford and Amazon are among the investors in Redwood Materials. Reporting by Paul Lienert in Detroit; Editing by Mark Potter Green Ford Volvo Green Automakers Electric

Volvo Recharge models get more power and electric range

Volvo Belgium announced a few big improvements for plug-in hybrid models on the automaker's Scalable Product Architecture, meaning the 60 and 90 series Recharge models — S60, V60, XC60, S90, V90 and XC90. First, the battery's been given another layer of cells, upping capacity from 11.6 kWh to 18.8 kWh. At the moment, Volvo's UK site advertises two figures for all-electric range on the WLTP cycle for the XC60 and XC90, and says the S90 can already do 90 kilometers on a charge. The spec pages, however, say the XC60 can do 32 kilometers maximum, the XC90 able to go 30 kilometers. With the new battery, Volvo says all-electric range has improved to up to 90 kilometers (56 miles) on the WLTP cycle, but that will surely depend on model. Our U.S.-market XC90 PHEV is EPA-rated at 18 miles of battery-electric driving. A 62% increase would put that at about 30 miles. Just as good as the battery boost, the 87-horsepower e-motor that powers the rear axle on the Recharge trims is goosed to 145 hp. The T6 Recharge powertrain will make 350 combined horsepower, ten horses more than currently, and the T8 Recharge powertrain will make a combined 455 hp, a considerable 65 horses more than now. That makes the coming T8 the most powerful Volvo ever put into series production. The T8's 2.0-liter twin-charged engine has also been engineered for more efficiency as well as "higher engine power at low revs and at start-up," but Volvo hasn't offered specifics on that yet.  Finally, drivers will be able to control all that go with just the accelerator pedal, Volvo adding single pedal drive on the XC60 Recharge, S90 Recharge, and V90 Recharge. There's no word on when we might see them; introduction sometime during the 2022 model year seems sensible. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Volvo XC90 Coasting Transmission Deep Dive | How, when and why of coasting

In our recent 2021 Volvo XC90 Recharge review, its turbocharged-supercharged-hybridized powertrain delivered impressive horsepower and fuel economy. But Volvo has one additional trick up its sleeve, propelling a car with power that's simpler, cheaper and all-natural: It's the power of momentum and gravity. I've always been halfway to a hypermiler. I'm not obsessive about it, but in city driving, I enjoy timing stoplight approaches to keep the wheels rolling and avoid the inertia of restarting from a stop. There's little point to needlessly racing and braking between red lights, wasting kinetic energy (and therefore fuel). So I tend to drive strategically instead, often catching up with the drivers who jackrabbit but get hung up at the lights. And, back when I owned a long line of vehicles with manual transmissions, I coasted. Coasting used to be slightly controversial. Some claimed it doesn't actually save gas, though my mileage calculations showed otherwise. Another school of thought insisted that removing engine braking from the equation, even momentarily, constitutes a dangerous loss of control. Of course, an experienced driver can slip a manual transmission back into gear in a flash when engine braking's actually needed. And one should always use some common sense and judgment about when and where to coast. I'm not talking about careening down a 15% grade into a school zone.  Anyway, those arguments became moot when automatic transmissions pretty much took over. (And no, never coast with a typical automatic transmission. Even if it weren't damaging to your type of automatic — but assume that it is — the risk of screwing up a nudge of the shifter from drive into neutral is too great.) XC90 Recharge 8 View 18 Photos But happily, some automakers in recent years have added a coasting feature to their automatics, with the aim of eking out more fuel efficiency. Volvo calls the feature on its Aisin eight-speed "Eco Coast." Some Mercedes, BMWs and others call it "sailing" or "gliding." The Hyundai Ioniq, Ford Mustang Mach-E and Polestar 2 are among EVs that allow you to cancel out all regeneration and freewheel downhill. And future cars such as the BMW iX are also being designed to do it. By building coasting into the clockworks, automakers have taken any traffic safety concerns out of the question, because the car will instantly switch you back into gear when needed.