Collaborate Disseminate
By focusing on the way lithium moves between the two electrodes, scientists in the Netherlands have come up with a new battery design that promises much faster charging rates. The architecture incorporates specialized channel structures that enable a g… Continue reading Battery anode allows for faster charging via free-flowing nanochannels
Like many events to take place in 2020, Tesla’s Battery Day and annual shareholder meeting looked a little different to what you might expect, with attendees listening in from parked cars much like a drive-in movie theater. What was similar to Tesla ev… Continue reading 1,100-hp Model S Plaid and other highlights from Tesla’s Battery Day
Estonia’s Skeleton Technologies and Germany’s Karlsruhe Institute of Technology have partnered up to complete development on what they’re calling the SuperBattery for EVs – “a groundbreaking graphene battery with a 15-second charging time.”Continue Rea… Continue reading Skeleton and KIT promise graphene SuperBattery with 15-second charging
Porsche has now made it easier for drivers to take its Taycan electric supercar for a spin at special track days, by developing its own monster battery pack on wheels that can charge up to 10 cars at once.Continue ReadingCategory: Automotive, Transport… Continue reading Porsche rolls out 2.1-MWh charging trailers for Taycan track days
As electric vehicles grow in popularity, automakers are paying more attention to what will become of the old batteries once they need replacing. We’ve seen the likes of Nissan and Renault make moves to give these a second life as energy storage devices… Continue reading Volvo’s electric bus batteries to gain a second life in energy storage
Described as a “holy grail” by some and the “dream material” by others, batteries that used pure lithium metal as their anode component could open entirely new possibilities in energy storage, and there are no shortage of promising solutions on the tab… Continue reading Lithium-metal battery builds its own protective layer as it decays
The pursuit of better batteries means the exploration of alternative materials, and one that scientists see a lot of promise in is silicon. A team at Clemson University has come up with a new design that overcomes some of the problems with incorporatin… Continue reading Silicon “sandwiches” make for lightweight, high-capacity batteries
Just because a lithium-ion battery no longer holds a charge doesn’t mean it no longer holds any value. It still contains useful metals, which can now be reclaimed via a more eco-friendly technique – the key ingredient is orange peel waste.Continue Read… Continue reading Orange peels used to extract valuable metals from spent batteries
Functional batteries that incorporate lithium metal into the anode could herald a huge breakthrough in energy research, with the material promising incredibly high energy density compared to the copper and graphite used today. Scientists at Pennsylvani… Continue reading Self-assembling layer prevents lithium metal batteries from failing
Today’s robots are already capable of some incredible feats, whether that be herding sheep in New Zealand or delivering medical supplies in Rwanda. One way they could reach even greater heights is if some of their structural materials doubled as energy… Continue reading Biomorphic battery functions like a natural fat reserve for robots