Collaborate Disseminate
Starting with adhesive tape and incorporating some advanced laser techniques, scientists at Rice University have developed a promising new electrode material for a battery architecture with massive potential. The team’s breakthrough could help overcome… Continue reading Adhesive tape and graphene triple the life of lithium metal batteries
Carefully introducing new materials into the design of today’s lithium-ion batteries has the potential to greatly improve their performance, and scientists have just happened upon a promising possibility in carbon nanotubes. By incorporating these mate… Continue reading Safe, fast-charging lithium battery handles 5 times the current
Despite seemingly-endless advances in experimental battery designs, good old lithium-ion batteries continue to be the frontrunner. There’s still plenty of room for improvement though, and now researchers have identified a new cathode coating that could… Continue reading Lifetime of lithium-ion batteries boosted by new cathode coating
Lithium-ion batteries power much of the modern world, but when it comes to renewable energy, scientists see great potential in an emerging alternative known as redox flow batteries. Researchers have developed a new electrode component for these storage… Continue reading Shrimp shells offer a green ingredient for large-scale flow batteries
Lithium-ion batteries power much of the modern world, but when it comes to renewable energy, scientists see great potential in an emerging alternative known as redox flow batteries. Researchers have developed a new electrode component for these storage… Continue reading Shrimp shells offer a green ingredient for large-scale flow batteries
The pursuit of next-generation battery architectures have scientists exploring all kinds of alternative materials, and one that has been seen as a great candidate for some time is silicon. Using the plentiful element as a lithium-ion battery’s anode co… Continue reading Pre-loaded silicon anodes boost lithium battery density by 25 percent
A solid-state battery, where the liquid electrolyte that carries the charge is swapped out for a solid alternative, promises a number of performance benefits over today’s solutions, but there are a few problems to solve first. Scientists at Brown Unive… Continue reading Dash of graphene leads to “toughest” solid battery electrolyte to date
An international team of scientists has found a material that could enable lithium ion batteries to hold far more energy without sacrificing battery lifetime. The team discovered antimony crystals spontaneously and reversibly hollow out during the char… Continue reading Spontaneously hollowing particles stabilize high-energy lithium batteries
We’re no strangers to being able to remove a battery unit from an ebike for charging indoors, and even if you move up the electric vehicle ladder to an electric scooter, you may be lucky enough to be able to swap out a dead pack for a fresh one. But th… Continue reading Nio’s auto stations have now swapped out 500,000 EV batteries
Batteries that use a sodium-ion chemistry rather than the commonplace lithium-ion could offer a number of advantages, owing to the cheap and abundant nature of the element. Scientists at Washington State University have come up with a design billed as … Continue reading Extra salty sodium battery performs on par with lithium