The Swedish Västerås-based company Quintus Technologies, specialising in high pressure solutions, and the Laboratory for ...

To achieve the record conductivity, the team created a novel material composed of lithium, antimony, and scandium.

On the flip side, solids can crack, so solid electrolytes are inhospitable to volume changes or higher stress. This causes a ...

Dendrites are small, spiky lithium crystals that sometimes form inside of solid-state batteries as they age. They always grow out of one of the battery’s electrodes, as opposed to spontaneously ...

Electrolytes do two things within a battery. The first is that they block the flow of electrons between the two electrodes inside the battery. The electrons made at the zinc nail cannot get to the ...

developed a sulfide materials with the world's top-level conductivity as the electrode material for an “all-solid-state lithium/sulfur secondary battery,” which is anticipated to be the ...

Toyota launched the solid-state revolution ... and “electrode contact” have been two of the biggest problems preventing car-sized SSBs from hitting the road. Most battery types store their ...

Researchers from South Korea have developed a breakthrough in battery technology that could dramatically extend the lifespan ...

For almost two decades, solid-state batteries have been ... Simply put, battery manufacturing requires three main processes: electrode production, cell production, and cell conditioning.

Engineers from Pennsylvania State University unveiled a novel manufacturing method for creating Solid-State Electrolytes to power next-generation batteries. The discovery pushes solid-state battery ...

This technological advance is based on ITEN's ability to engineer nanomaterials for full-ceramic electrodes featuring ... ITEN said its solid-state battery technology eliminates risks of fire ...