Battery Materials

Lead-acid battery technology paves the way to continued relevance in an EV world.

Researchers demonstrate the transport of sodium ions in a device at efficiency on par with commercial lithium-based batteries.

Celanese announces GUR capacity expansion at Bishop, Texas.

Vanillin, used as a flavor compound, forms the basis for a liquid electrolyte for redox flow battery, which scientists believe is key to generating the type of energy storage needed to sustainably add renewable energy to the power grid.

A solid combination of lithium, boron, and sulfur could help scientists build better batteries for devices and EVs.

Researchers can predict the true condition of a rechargeable lithium-ion battery in real-time, gleaning new insights into performance parameters, and paving the way for smarter design.

New analytical model provides a faster way to know how which battery materials will deliver certain results.