It survived punctures, razor cuts, and a full month of abuse — without a drop spilled.

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 and heat generation sources. In the hierarchical silicon–carbon anode, ...

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 also come with risks. One of the biggest dangers is that they can overheat ...

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 ...

However, as ESS adoption surged, a critical issue emerged—fire hazards linked to lithium-ion batteries. Since the introduction of ESS in Korea, at least 52 fire incidents have been reported, leading ...

BiMS is an advanced monitoring and diagnostic system that continuously analyzes lithium-ion battery voltage, current, and temperature data. By leveraging real-time data acquisition and predictive ...