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Volvo studying test of electric roads in Sweden

Volvo already announced the results of a study of wireless charging using a stationary C30, and now it's embarking on a more ambitious study of wireless charging involving moving city buses. Next year, in conjunction with the Swedish Transport Association, Volvo will build a section of electric road up to 500 meters long that would use inductive charging to refill the batteries while the bus drives over it.
Right now, the company's Hyper Bus diesel hybrid has to stop to plug in and charge at the end of its route. The company is looking for a way to keep buses in service while being able to run on electric power for greater lengths of time. The new line used for the study will be called ElectriCity, and will come online in central Gothenburg sometime in 2015. There's a press release below with more information.

Volvo XC40 Recharge Luggage Test: How much fits in the cargo area?

Note: This post has been updated because, well, I goofed a bit. Turns out it can probably hold just a wee bit more than I originally thought. Oh, and I added a bit about the frunk. The Volvo XC40 Recharge is the all-electric version of Volvo's subcompact SUV that is also available in gas-only versions. According to the uniquely extensive cargo dimensions Volvo shares for its vehicles, every XC40 regardless of power source has the same 20.4 cubic-feet of cargo space as measured from the floor to the headliner with the front seat "limited by vertical plane tangential to the rear side of the second seatback." Like I said, uniquely extensive. There is 16 cubic-feet when measured to the top of the seatback, which is probably more applicable to my luggage tests, but other car companies don't provide those measurements, and if they do, they don't actually indicate as such — and make it seem like their SUVs are smaller and less competitive than they actually are.  One such example is Mercedes-Benz and the GLB/EQB, which is one of the XC40's chief competitors. Its specs say it has 24.0 cubic-feet of cargo space (almost certainly the top-of-the-seatback measurement), but it definitely has more than that since it can hold roughly the same amount of stuff inside its boxy cargo area as a Subaru Outback. In other words, the XC40 is very unlikely to be getting best-in-segment status here. But who knows, let's see! This is a pretty hatchbacky space, so still not looking good for the XC40 toppling the GLB/EQB. It does look pretty similar to the Q4 E-Tron, so let's bring that into the equation.  As you can see, the XC40 has a large, hatchback-style cargo cover. That means I'll have to test with and without that cover.  As with every Luggage Test, I use two midsize roller suitcases that would need to be checked in at the airport (26 inches long, 16 wide, 11 deep), two roll-aboard suitcases that just barely fit in the overhead (24L x 15W x 10D), and one smaller roll-aboard that fits easily (23L x 15W x 10D). I also include my wife's fancy overnight bag just to spruce things up a bit (21L x 12W x 12D). So yeah, I neglected to take a shot of the bags with the cargo cover attached. Sorry. Nevertheless, as you can kinda see here, I could fit the four biggest bags with the cargo cover being propped up by them. This would be worse than the Q4 E-Tron, which could fit all but the fancy bag.

Volvo finds a way to turn body panels into batteries [w/video]

One of the problems with designing an electric vehicle is figuring out where to fit the battery pack. Volvo - as a part of a European Union research project - is working on a way around this issue by replacing standard parts with lightweight components that double as batteries on both conventional and plug-in vehicles. The image above shows one such piece on a Volvo S80. While looking like nothing more than a carbon fiber plenum cover, the piece is actually a battery pack that can store and supply enough energy for the car's entire 12-volt power system.
The parts are made by sandwiching super capacitors (which can charge faster than standard batteries) in between layers of carbon fiber. They can then be formed to replace numerous body panels such as the decklid, roof or door panels. Volvo says that the replacing the body panels and batteries with these nano batteries can help reduce the vehicle's weight by as much as 15 percent. It has taken more than three years just to design the batteries, so there's no telling when, or if, we'll ever see this technology used on a production vehicle. Scroll down for a video and press release on Volvo's innovative battery technology.