2000 Volvo V70 X/c Awd Wagon 4-door 2.4l on 2040-cars

Auto blog

Volvo Recharge plug-in hybrids get big range and power bumps

Volvo's plug-in hybrid powertrain is getting a significant upgrade for 2023, resulting in all its 90- and 60-series Recharge models effectively doubling their electric range and becoming eligible for the full $7,500 federal tax credit.  A new rear electric motor now delivers 143 horsepower from 87 hp, resulting in a combined output of 455 hp and 523 pound-feet of torque. That's a significant bump from the previous 400 hp and 472 lb-ft. These changes apply to the Recharge versions of the XC90, S90, XC60 and S60, plus the Polestar Engineered trim levels of XC60 and V60.  Below are the new electric ranges for each of the Volvo Recharge models. Their previous ranges are in parentheses. S60 Recharge: 41 miles (22) V60 Polestar Engineered: 41 miles (22) XC60: 35 miles (19) XC60 Polestar Engineered: 35 miles (19) S90 Recharge: 38 miles (21) XC90 Recharge: 35 miles (18) These range increases are the result of a new long-range battery pack featuring a third layer of cells. This brings total capacity from 11.6 kWh to 18.8 kWh.  There are other advantages, as well. The XC60 and S90 Recharges will now be capable of one-pedal driving, whereby regenerative braking is so strongly applied that the car effectively does most of the braking for you. This is already available on Volvo's fully electric models, and although it will initially be available only on the XC60 and S90, Volvo told Autoblog that the others will eventually get it. When exactly? Volvo did not elaborate.   Volvo says the increased battery capacity will improve performance in extreme cold and heat. It will also allow for pre-heating and pre-cooling the car, even when unplugged, without reducing all-electric range.  Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. 2020 Volvo S60 T8 driver assist systems

Daimler and Volvo plan hydrogen fuel cell truck production in 2025

LONDON — Daimler's truck unit and Volvo said on Thursday they would start making hydrogen fuel cells in Europe in 2025 via a joint venture, and called for EU policies to help make the zero-emission technology commercially viable. The rival German and Swedish makers of large freight-hauling trucks formed their venture, Cellcentric, in March. They said they would provide more details on large-scale fuel production in 2022, but said Cellcentric was already scaling up prototype output. "Partnerships like Cellcentric are vital to our commitment to decarbonizing road transport," Volvo Chief Executive Martin Lundstedt said in a statement. Aside from the fuel-cell joint venture, the two companies remain competitors. Both hope to test fuel-cell trucks in about three years and start mass producing trucks in the second half of this decade. The European Union has been pushing tighter emission standards, fueling a boom in zero-emission electric cars. But batteries in electric vehicles are very heavy, and hydrogen fuel cells are seen as a potentially more viable zero-emission power systems for long-haul freight in the future. Fuel cells produce electricity from hydrogen, emitting only water. The two truck makers called for the construction of around 300 hydrogen refueling stations suitable for heavy-duty vehicles in Europe by 2025 and about 1,000 stations by 2030. During a video conference with the two firms, European Commissioner for Transport Adina Valean said the commission would this summer propose a revised alternative fuels directive. She said this "will include binding requirements for rolling out hydrogen fueling infrastructure ... and financial support will be available where needed." Automaker Stellantis said this year it would begin deliveries in Europe of its first medium-sized vans powered by hydrogen fuel cells by the end of 2021. Stellantis said at the time that Germany had 90 hydrogen stations and France had 25 — a tiny fraction of the thousands of petrol stations available for fossil-fuel vehicles today. As zero-emission trucks are significantly more expensive than fossil-fuel models, Daimler and Volvo said a "policy framework is needed to ensure demand and affordability." The two companies said policies should include subsidies for "CO2-neutral technologies and a taxation system based on carbon and energy content." Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Volvo's SuperTruck 2 looks ready to extend a ramp for K.I.T.T.

In 2009, the U.S. Department of Energy (DOE) entered a public-private partnership with willing Class 8 truck makers, the goal of the partnership to dramatically improve the freight efficiency of over-the-road (OTR) trucks. The term "freight efficiency" refers to freight-ton efficiency, a different metric than miles per gallon because it takes into account the weight of the truck; a lighter tractor-trailer can carry more weight before reaching the 80,000-pound legal maximum on most U.S. highways. Volvo, Daimler (which owns the Freightliner and Sterling brands), Navistar (International), and Peterbilt signed on the the partnership to develop what's being called a SuperTruck. Volvo, Daimler, and International make their own engines, Peterbilt teamed up with Cummins, and all four found their own trailer manufacturers to work with. Those four makers debuted their first iterations of what's being dubbed SuperTrucks about six years ago. This year has been all about SuperTruck 2, Volvo the last of the quartet to show what it's achieved. The goal for SuperTruck 1 was to achieve a 50% increase in freight efficiency compared to a 2009 baseline, the baseline in Volvo's case being a 2009 VNL 670 tractor. The goal for SuperTruck 2 was another 50% improvement. Volvo said its internal goal was a 120% betterment compared to 2009, and that it exceeded the mark with a 134% increase. The company said the huge gains came primarily from aerodynamics: A wedge-shaped front with a smaller frontal area thanks to a smaller cooling package; the heavily curved, wraparound windshield; the tractor's adjustable ride height; using camera for side mirrors; and adding a boat tail to the back of the trailer, plus enough fairings and skirts front-to-back to make the tractor and trailer look like a single unit when driving in a straight line. Volvo did make changes to its rolling lab that aren't likely to infiltrate the U.S. market anytime soon. It's common for U.S. OTR trucks to use a 6x4 configuration, with two axles behind the cab, both driven. Volvo's SuperTruck 2 went with a 4x2 setup common in Europe, using a single axle behind the cab, and fitted a composite driveshaft. Combined with making the chassis out of aluminum instead of steel, and trailer partner Wabash providing a lightweight aluminum van, the tractor-trailer combo weighed just 27,000 pounds.