Energy Storage
Imagine a supercapacitor made from ordinary and abundant materials like water and carbon black. The possibilities are endless.
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Imagine a supercapacitor made from ordinary and abundant materials like water and carbon black. The possibilities are endless.
Once again, European cities are outperforming American ones on the electrification of bus transit. I’ve talked about this before, but nothing has changed and...
Supercapacitors offer exciting new possibilities for electric vehicles. Here are two stories about advances in supercapacitor technology.
The dream of driving on electric highways (eHighways) for miles without recharging still has a few researchers and entrepreneurs excited. Some of them are...
Scientists in China have devised a way to manufacture low cost, environmentally friendly electrodes for supercapacitors from nanocellulose, the basic material in wood pulp.
Researchers in the UK are working on new supercapacitors they claim can recharge in 10 minutes and power an electric vehicle for up to...
A pre-production prototype of the Fisker E Motion is on display at CES 2018 this week. The car features intriguing doors but most of...
Researchers at Drexel University have created a solid state, non-flammable electrode for lithium ion supercapacitors and batteries.
MIT researchers win their energy storage bet: a material known for poor conductivity can be successfully deployed to replace carbon in supercapacitors.
The US Army is funding energy storage research aimed at extending EV battery range, lowering cost, and improving performance.
As with the renewable energy news link bomb I just published, here’s another one dedicated to electric car news: Tesla Motors Stuff Tesla Autopilot Performs Flawlessly During Motley Fool...