University of Maryland researchers have designed self-adaptive electrolytes that dynamically expand their stability during charging, enabling safer and faster high-energy batteries. Inspired by the “salting-out” effect, the approach has shown improved performance in both lithium-metal and zinc-metal cells, paving the way for next-generation energy storage solution...
University of Maryland researchers have designed self-adaptive electrolytes that dynamically expand their stability during charging, enabling safer and faster high-energy batteries. Inspired by the “salting-out” effect, the approach has shown improved performance in both lithium-metal and zinc-metal cells, paving the way for next-generation energy storage solution…
