ElectronIxTrace

Industry

Traceability for EV component manufacturing

EV programmes arrive with traceability written into the contract. Cell lots, module serials and busbar torque have to be recorded per unit from the first production part.

The situation this is for

Your OEM asks for a cell-lot-to-vehicle mapping for a containment action, and they want it in days. A batch record does not answer it; a per-unit genealogy does.

What gets captured

A route for this product

Routes are configuration, so this is a starting point rather than a fixed template. Yours is built from your operations at the walkthrough.

  1. 10 · Module identification — mark applied and read back
  2. 20 · Cell loading — cell lots scanned against the BOM
  3. 30 · Busbar welding or bolting — torque captured per joint
  4. 40 · Isolation test — measured value and verdict
  5. 50 · Capacity test — readings retained
  6. 60 · Pack assembly — module serials linked into the parent

Questions from this industry

We need multi-level genealogy: cell to module to pack. Is that supported?

Yes. A serialised sub-assembly carries its own complete history, and the parent inherits the tree. The trace page shows depth so you can see how far the record goes.

Our OEM requires data retention for years. Where does that data live?

On your own edge box, in PostgreSQL, partitioned by month. Retention is your configuration, and nothing is automatically dropped.

Talk about traceability for ev components

We walk one line, list what each operation should capture, and tell you plainly which of your machines can be read. You get that list whether or not you buy anything.

Not sure a full MES is the right answer? Read how to choose between MES and standalone traceability.