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Volkswagen formally introduces super-efficient XL1

Lightweight and low drag are hallmarks of great sportscar design. But when paired with a super-efficient, hybrid powertrain, you have the Volkswagen's XL1 that has been formally introduced in Geneva today.
When the 1,700-lb, carbon-fiber-bodied two-seater hits the road, its claimed 261 miles per gallon will make it the world's most-fuel-efficient production car. Though "production car" might be a stretch since VW said in a February press release that the XL1 would be built using "handcrafting-like production methods." We translate that to mean you won't be seeing many of these cars on the road. Though no one at VW has mentioned pricing yet, early rumors suggested a six-figure price tag.
That's supercar budget for a vehicle that has a 47-horsepower, two-cylinder diesel engine and a 27hp electric motor. With numbers like that, owners can expect 0-62 mph times of 12.7 seconds and top speed near 100 mph.

VW invests in QuantumScape for potentially fireproof, long-range EV batteries

VW might be getting ready to push its plug-in technology in a big way thanks to an investment in the battery startup QuantumScape. Key point: the solid-state battery is said to be fireproof and will offer tremendous range advantages. Details are not abundant yet, but according to Bloomberg, VW of America bought a five-percent stake in QuantumScape (and has an option to raise its holding). The tech could "more than triple" the EV range of VW, Porsche and Audi plug-in vehicles as soon as the middle of 2015, according to unnamed sources that Bloomberg talked to. Former Stanford University researchers started QuantumScape in 2010. The bare-bones QuantumScape website (there's nothing there other than some contact information) doesn't offer many hints about what's happening at the company, but GigaOM's Katie Fehrenbacher notes that QuantumScape is licensing tech from the "All Electron Battery" project at Stanford a few years ago. It certainly sounds amazing: [It's] a completely new class of electrical energy storage devices for electric vehicles that has the potential to provide ultra-high energy and power densities, while enabling extremely high cycle life. The All-Electron Battery stores energy by moving electrons, rather than ions, and uses electron/hole redox instead of capacitive polarization of a double-layer. ... If successful, this project will develop a completely new paradigm in energy storage for electrified vehicles that could revolutionize the electric vehicle industry. If that's what's coming in a future e-Golf or E-Tron, sign us up.

2015 Volkswagen e-Golf

Until now, the only way you could get the words "electric" and "Golf" so close together was the put the word "cart" after them. Knowing that the e-Golf would be the next step in Volkswagen's tilt at electrification, the automaker designed the MkVII platform to fit a myriad of drivetrains, none of which would require purchasers to sacrifice the Golf-ness that makes the best-selling car in Europe, not to mention a huge hit here in the States. In the e-Golf that means power electronics underhood and an amoeba-shaped battery that fits in the floorpan, between the axles, where it won't ooze into the interior space. We look at the e-Golf as another kind of crossover: traditional cars that just happen to be electric, offering a taste of the new EV religion in soothing, recognizable garb. We had one for a week in its natural habitat, Los Angeles and the surrounding area. We really like the fact that, powertrain aside, it maintains everything we dig about the Golf. The caveat is that this is an EV first and a Golf second – you must first address the EV challenges and live within EV constraints, then you can enjoy the Golf bits. Even so, it's the electric car this writer would buy once we acquired the lifestyle to make proper use of it. The most noticeable exterior change to the e-Golf are 16-inch Astana wheels wrapped in 205-series tires that reduce rolling resistance by ten percent. Once you've cottoned on to that, the other alterations become apparent: the blue trim strip underlining the radiator grille, the redesigned bumper with the C-shaped decoration LED lights and the full-LED headlamps above them, the little blue "e" in the model name on the rear hatch. You won't notice the underbody paneling, that the frontal area of the e-Golf is ten percent smaller than that of a traditional Golf, that the radiator is closed off, or the reshaped rear spoiler and vanes on the C-pillars. Volkswagen says this results in a ten-percent drop in drag, getting the coefficient down to 0.281, but the standard Golf is also listed at 0.28. The TSI and TDI are 0.29. No matter those numbers, the point is the e-Golf looks just like... a Golf. The 12,000-rpm, 85-kW electric motor equates to 115 horsepower and 199 pound-feet of torque, which compares to 146 hp and 236 lb-ft from the 2.0-liter diesel Golf. It takes 4.2 seconds to get to 37 miles per hour, 10.4 seconds to hit 62 mph, and the little guy tops out at 87 mph.