Battery Technical
Dry Processing Anodes For Scrap Recycling
Scientists at University of Muenster in Germany and MEET Battery Research Center, have joined forces…
Browsing: Battery Technical
Battery Technical
Battery Technical
Vanadium Flow Batteries Warm Themselves
Scientists at Skolkovo Institute of Science and Technology in Moscow, Harbin Institute of Technology in China, and…
Battery Technical
Intercalation In Batteries a Brief Overview
Intercalation describes a process whereby molecules, or ions, insert into layered materials with layered structures.…
Battery Technical
Ilmenite Anode Instead of Graphite
Ilmenite is a naturally-occurring titanium-iron oxide, steel-gray material, and a major source of titanium dioxide.…
Battery Technical
A Battery That Falls Apart on Cue
Gaston Planté could hardly have imagined mass-recycling spent batteries, when he invented lead-acid chemistry back…
Battery Technical
Fast Charging Benefits Zinc-Ion Batteries
Conventional wisdom holds that fast charging a battery can lead to battery failure. Researchers at…
Battery Technical
Arendal Joins the Battery Race in Norway
Our battery world is dynamic. Tesla once lead the electric car field – with Volkswagen…
Battery Technical
Recycling Dry Processed Cathodes For L-Ion
Researchers at University of Münster in Germany, have developed a novel approach to recycling dry processed cathodes in…
Battery Technical
Ceramic Separators With Long Carbon Fibers
Separators play an essential role in keeping battery electrodes apart, and preventing short circuits between…
Battery Technical
Why Lithium Metal Batteries Fade Away
Lithium metal batteries have created a niche, in the form of non-rechargeable button battery cells.…