With 400 ppm of carbon dioxide in the atmosphere, it might be that we have crossed the carbon Rubicon.
The Nissan e-NV200 is a pure-electric version of the gas-powered NV200 microvan. The automaker has just announced it will start field tests of its e-van this month in Saitama City (Saitama Prefecture) in Japan.
The prospects for high-altitude wind technology are looking a little more buoyant with the revelation that Makani Power has been acquired by Google[x], the semi-secret Google lab that’s dabbled in wacky stuff like driverless cars and wired eyeglasses.
Among car enthusiasts, the Acura NSX is “the bomb” (using today’s vernacular), one of a handful of retired supercars along with the Buick Grand National and Toyota Supra.
The technology needed to turn windows, any type of glass window, into transparent power planets is almost ready for commercial production.
The Solar Impulse took off from Phoenix at 4:47 local time yesterday morning and headed to Dallas.
Researchers have created a new type of transparent electrode that might find uses in solar cells, flexible displays for computers and consumer electronics and future "optoelectronic" circuits for sensors and information processing.
Californians like their electric vehicles, but a significant minority do wish their cars could go farther without having to be plugged in. That was the conclusion by the California Center for Sustainable Energy (CCSE), which did a study as part of the Clean Vehicle Rebate Project.
Duke University engineers have developed a novel method for producing clean hydrogen, which could prove essential to weaning society off of fossil fuels and their environmental implications.
Did you know that the electrical outlet you use to charge your smartphone is virtually identical to the one Frank Sinatra’s parents used to power their living room lamp?
Those shrinking sticker prices on the Nissan Leaf appear to be having the intended effect – on the West Coast, especially.
The smart electric fortwo – billed as the least expensive electric vehicle on the U.S. market – is making its way to dealership, Mercedes-Benz USA said this week, with an interesting twist: You can buy the car without a battery if you want to.
Tesla Motors is riding a bit of a high mark on a wave lately, recently having very favorable first quarter financial results.
Frustration led to revelation when Rice University scientists determined how graphene might be made useful for high-capacity batteries.
Generating electricity isn’t limited to burning things, making steam, or harnessing the power of wind, wave, and sun—even though these are by far the most common ways of doing so.
Chances are you know how many miles your car logs for each gallon or tankful of gas, but you probably have only a foggy idea of how much energy your house consumes, even though home energy expenditures often account for a larger share of the household budget.
There are 5,800 publicly available EV charging stations in the United States and people say that’s a roadblock to selling more electric vehicles. So imagine the challenge for fuel-cell vehicles: In the whole country, there are just 76 fueling stations (out of 203 worldwide), and most of them are private.
Many people dream of leaving the rat race for a nomadic life, but few have the courage to put it into action. Even fewer have the foresight and smarts to do so without consuming one extra drop of fossil fuels. When it does happen, it’s a joy to behold.
To most Americans, the words “electric car” are synonymous with green, or zero carbon emissions, and fuel economy. Venturi, a luxury electric vehicle manufacturer in France, is looking to add a third word: speed.
There’s no denying that 3D printing has moved beyond the laboratory and into the mainstream. We’ve seen 3D printed body parts, electronics, and toys. Although the technology has quickly become quite sophisticated, the materials used in 3D printers have been slow to catch up.