Developing high-energy, long-life rechargeable batteries is a crucial target to build a sustainable and carbon-neutral society in the future. Most portable electronics, including smart phones and laptops, are powered by rechargeable ...
Lithium-air batteries are viewed by many as a potential next-generation technology in energy storage. With the highest theoretical energy density of all battery devices, Li-air could revolutionize everything from electric ...
Thousands of electric cars are on the road, with many more set to join them over the next few years. Electric planes? Not so much.
If there were no need for massive batteries, electric propulsion could dramatically reduce aviation's contribution to climate change from carbon dioxide emissions. But what if the plane, itself, were the battery?
Tesla Motors says a new version of the Model S electric car is the quickest production car in the world from zero to 60 miles per hour.
Researchers have designed a thin plastic membrane that stops rechargeable batteries from discharging when not in use and allows for rapid recharging.
Safety has always been a major concern for electric vehicles, especially preventing fire and explosion incidents with the best possible battery technologies.
Today's mobile lifestyle depends on rechargeable lithium batteries. But to take these storage devices to the next level—to shore up the electric grid or for widespread use in vehicles, for example—they need a big boost ...
Auto parts supplier Johnson Controls says it will sink $245 million into building automotive batteries to handle increasing demand for electrical devices in cars and trucks.
In the global race to create more efficient and long-lasting batteries, some are betting on nanotechnology—the use of minuscule parts—as the most likely to yield a breakthrough.