Developing new battery chemistries that don’t rely on expensive and scarce raw materials may provide a new direction for battery development.

Finding a way to improve battery performance could reduce the weight that soldiers need to carry into battle.

A new graphene aerogel “sponge” could improve the cycle life of lithium sulfur batteries, allowing them to replace today’s lithium ion batteries.

Building batteries smaller than the diameter of a human hair could power nano-scale electronics, changing how circuits and sensors are designed.

Speakers on all aspects of battery, electric and hybrid vehicle, and stationary power technologies are invited to submit their proposals to speak at The Battery Show conference, happening September 9-12. Submission deadline is March 29.

Better thermal management enables vehicle engineers to use aluminum or copper cables.

New battery electrolyte is said to offer longer life and less toxicity than sulfuric acid.

Chinese OEMs are teaming with miners to keep battery costs in check. Analysts suggest that US and European companies could face risks if raw material prices continue to rise.

Small electrical grids are popping up in remote communities far from the traditional grid. These minigrids are typically a mix of solar and battery power.

Workshop at The Battery Show will examine growth markets in commercial, industrial, residential, and grid storage.