Tesla has begun offering valet service at some of its congested Supercharger locations.
What do we need to have happen first? Have more people buy electric vehicles, or provide charging stations for EV drivers to plug into? Two researchers believe the government could stimulate the electric-car market by building more chargers. It might be even more worthwhile than offering tax credits.
What has BMW learned from years of electric vehicle test programs and working with Mini E drivers and the ActiveE Electronauts? According to BMW board member Herbert Diess, it's that public charging is not an important piece of the puzzle of making EVs a success. The way those early EV drivers used their vehicles told BMW that, "public infrastructure is not really very important because most people are charging their cars at home," Diess recently told Wards Auto. It's a message we've heard befor
The city of Palo Alto, in the heart of California's Silicon Valley, is already on the cutting edge of modern technology, as the home of Tesla Motors, Hewlett-Packard and Stanford University. It also has large facilities run by Facebook, Apple, Google and PayPal. Outside of the private sector, though, there's not a lot to distinguish Palo Alta from other very wealthy ZIP codes.
Concrete and painted lines is so 1999. Parking garages could be taken to a new level with more electric vehicle charging stations and better energy efficiency, space utilization and completely automated systems. Put it all together and it shows that parking should be getting more respect, says Paul Wessel, executive director of Green Parking Council, telling The New York Times, "The parking industry has had something of a Rodney Dangerfield complex, but that's changing now."
After flirting with Better Place back in 2008, Portugal got serious about promoting electric vehicles in 2009. That's when the first discussions about what would become the Mobi.E charging network took place. These talks encompassed how best to get ready for EVs with new legislation and tax incentives, developing new technology and how to coordinate a payment network so that chargers become like ATMs – universally available to anyone.
Electric vehicles accounted for a tiny fraction of the annual 10-million new vehicle sales in the United States in 2009, and an even smaller proportion of the country's overall vehicle fleet, which experts at the Earth Policy Institute figure is about 246 million vehicles. But with the number of EVs expected to grow, what happens when there are more of them on the road?
With the launch of real EV's for mass market consumption comes the inevitable question: What's next? There are two big areas in which we're likely to see the engineering might of the world's automakers focus their attention for the next generation of electric-drive vehicles. The first is improving the packaging of the electric motors, while the second is improving charging.
UK-based HaloIPT is ready to launch its in-road wireless charging system for electric vehicles (EVs). The company's setup, which works on inductive power transfer discovered back in the 1800s, promises to offer simple on-street charging for any battery-powered vehicles. HaloIPT claims that its system, unlike some others, is tolerant of misalignment by drivers, can deliver a charge across an air gap of up to 15 inches and even has the ability to sense when something as small as a wandering cat in
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