Cathode
Materials
Discovery

New battery materials are needed for the development of longer-lasting batteries with improved performance and safety, lower cost and a reduced ecological impact. Charge photometry accelerates cathode materials discovery. Visualise what is happening inside such materials in real time, at the single particle level, during battery operation. Bring powerful materials analysis into any battery materials R&D lab with illumionONE.

Discover new cathode materials

Charge photometry and the illumionONE identifies cathode materials that:

  • can rapidly charge without performance loss
  • can withstand repeated charge/discharge cycles for extended battery life
  • store more energy per unit weight or volume

Better cathodes, better batteries

Unlocking high-capacity, long-lasting batteries starts with discovering the right cathode materials

The Challenge

As manufacturers develop new cathode materials to increase capacity, they face a critical challenge: understanding why capacity fades over time and what mechanisms limit it in the first place.

The Solution

illumionONE identifies capacity limitations by tracking charge distribution within individual particles across the electrode during battery cycling. This detailed spatial resolution allows battery developers to pinpoint exactly when and where Li-rich and Li-poor regions form, revealing the specific ion-transport mechanisms causing capacity loss.

Cathode material innovation

Use charge photometry to understand material properties to enhance performance