Researchers in South Korea have developed a new anode material enabling 20-minute EV charging and over 1,500 cycles.

Researchers at POSTECH identified a new battery degradation mechanism triggered by deep discharging. Avoiding full discharge ...

PNNL researchers found that lithium oxide sublimation speeds up single-crystal formation, boosting battery performance.

The fires that swept through Los Angeles County in January left behind more than 1 million pounds of damaged lithium-ion ...

With the ability to stretch double its length and maintain performance, this toothpaste-textured battery could enable new ...

Research from Tsinghua University reveals key insights into electrolyte wetting in lithium-ion batteries, enhancing manufacturing and performance efficiency.

A new study introduces the Thermal Runaway Factor (TRF) as a predictive safety metric for lithium-ion batteries, enabling ...

An overview of the thermal safety of silicon–carbon anodes is conducted to identify the determinants of material reactivity ...

The model reveals how lithium plating starts during fast charging, offering insights that could lead to safer, longer-lasting ...

A new computational model developed by mechanical engineers has helps to explain the mechanisms that trigger lithium plating, ...

Fast-charging batteries are everywhere these days—in our phones, laptops, and electric cars. While they’re convenient, they ...

A researcher at the University of Wisconsin-Madison has developed a groundbreaking computational model that provides new insights into the causes of lithium-ion battery failure. “Fast-charging lithium ...