The problem: cell builds you can't trace in both directions
When a material lot is suspect, teams need to know which cells used it. When a cell fails, they need its lots. Without linked records, both answers take digging.
A pouch cell is built from electrodes, which are built from slurries, which are built from material lots. When a lot is questioned, the team needs to follow that chain down to every affected cell, and when a cell fails, back up to its lots.
What this demo shows
- Open Related Experiments on a cell.
- Follow it back through electrodes and slurries to the material lots.
- Add lot links.
- Open a lot and follow it down to the cells it reached.
Why it matters
Lot traceability limits the impact of a bad material. Knowing exactly which cells a lot reached lets the team quarantine only what's affected.
The same links help in the other direction, connecting a cell's performance to the materials behind it.
See it with your own data
This video is part of Uncountable for batteries. To see how it would work with your own formulations and records, request a demo. Our team replies within 30 minutes during business hours.
Read the transcript
Uncountable keeps experiment data structured, so a cell links back to its material lots. Pouch cell PCB03 from design B of the build. Related experiments shows what went into it. Its anode, cathode, and FEC electrolyte. Above each electrode is its slurry. Add lot links to see the material lot behind each slurry. If a lot is in question, open it to trace the cells that used it.
From cell to material lot, traced in Uncountable.
