2001 Volvo S40 Base Sedan 4-door 1.9l, Auto, Sunroof on 2040-cars

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Volvo still undecided on offering plug-in hybrid versions of all models

The automotive world is only a few months away from getting its first real glimpse at Volvo's big gamble with the unveiling of the next-generation XC90 (pictured above as the Concept XC Coupe). We're already getting a preview of the revolutionary upgrades with the introduction of the Swede's Volvo Engine Architecture family into some of its 2015 models, like the recently driven S60. These changes are just the start, though. The real magic could be in the powertrains.
Dean Shaw, Volvo Cars North America vice president of corporate communications hinted to Autoblog a few months ago that every model sold in the US could come in a plug-in hybrid variant, starting with the new XC90. Despite confirmation rumors that this has now come to pass, Shaw told AutoblogGreen that the only thing Volvo is confirming right now is that the platform is capable of that. "We haven't confirmed that all US Volvos would be available with PHEV," he said.
Shaw did confirm that that XC90 will come with a gas and plug-in hybrid powertrain that offers "around 400 horsepower." According to Plugin Cars, the new XC90 will be unveiled in August and will make its public debut at an as-yet-unnamed auto show in the fall. Also, sometime during the 2016 model year, a plug-in hybrid variant will be added to its lineup.

Polestar looking to tune Volvo CUVs

Volvo is getting serious about emerging from the fringes and into the mainstream of the luxury automobile market. But if it's going to challenge the Germans, it's going to need a performance line. And that's just what it's developing with Polestar.
Building on the motorsport partnership that has seen Polestar represent Volvo in the Scandinavian Touring Car Championship, World Touring Car Championship and V8 Supercars series, Polestar has been charged with developing road-going performance Volvos as well. It currently offers comprehensively tuned versions of the S60 and V60, as well as engine upgrades for other models, but the latest word has it that Polestar will turn its attention next to tuning Volvo crossovers like the XC60 and the new XC90, pictured above in top-spec R-Design trim.
Details on how Volvo would modify those models remain to be determined, but it wouldn't be much of a stretch to imagine the XC60 outfitted with similar enhancements to those offered on its sedan and wagon stablemates to mount a challenge to the Audi SQ5. As for the larger XC90, it seems Volvo is already squeezing as much out of its new 2.0-liter triple-charged inline-four as it can, but more aggressive handling, aero and brakes could stand to transform the flagship crossover in pursuit of performance utes like the Mercedes ML63 AMG and BMW X5 M, even if it couldn't quite match their impressive horsepower outputs.

Volvo developing new three-cylinder engine family

Pop the hood on a Volvo of recent vintage and you'll find four-, five-, six- and even eight-cylinder engines. But the Swedish automaker is downsizing its engines over the coming years. The new XC90, set to be revealed later this week, will use a new family of four-cylinder engines (like the one pictured above). But that's not even the end of it as emerging reports speak of a new three-cylinder engine family in the works.
The new 1.5-liter turbocharged three-cylinder engine will, according to reports, help Volvo further cut its carbon emissions in line with constricting regulations in markets like Europe and Australia. There won't be quite as many versions as the four-cylinder range, which will include gasoline and diesel versions in varying states of tune, but the three-pot motor is tipped to be employed in vehicles as large as the S60 and its stablemates. Larger than that, however, and the three-cylinder engine apparently just doesn't have the necessary torque.
Expect the new three-cylinder engine to be introduced sometime later this decade, after the four-cylinder's introduction in 2016. The three-cylinder engine is also set to form the building block of an even more efficient hybrid propulsion system in the future, enabling this new engine family to stay relevant through 2025.