Identify the exact model
A shared size does not make cells interchangeable. Record chemistry, manufacturer and the complete model code.
ENGINEERING BRIEF
Good requirements make better decisions.
Jetray’s corporate website describes cell selection, BMS design, prototyping and custom pack services. Use this brief to discuss the scope and feasibility of your own project.
From requirements to review
Make the important interfaces explicit.
A dedicated cylindrical-cell collection for engineers and sourcing teams. Compare form factor, chemistry and documented operating limits before committing to a pack design.
Photograph from the Jetray corporate factory page.
Compare at matching conditions
Read discharge rate, cutoff voltage and temperature alongside capacity and current ratings.
Protect sourcing continuity
Agree acceptable substitutions, lot traceability and document revision control before repeat orders.
A practical project brief
What to share with the engineering team.
Electrical
Nominal system voltage, allowable input window, continuous current, peak current and peak duration.
Mechanical
Available envelope, fixing points, weight constraints, cable routing, connector and polarity.
Charging & communication
Charger model, charging opportunities, temperature sensing and required BMS or communication signals.
Project & documentation
Intended use, target markets, sample quantities, forecast volume, required test evidence and revision controls.
Project review stages
Keep the decisions and the documents together.
Use these review gates to organize a project discussion with the supplier. The agreed scope and deliverables are confirmed for the individual project.
| Stage | Information to align | Decision to record |
|---|---|---|
| Requirements brief | Manufacturer model, chemistry and ratings at stated test conditions; Storage conditions, assembly method and equipment environment | The equipment needs, mandatory limits and open questions. |
| Configuration review | Identify the cell manufacturer, model code, document revision, lot requirements and permitted substitution policy. | The proposed model or design scope, interface drawing and document revision. |
| Sample evaluation | Representative equipment, operating cycle and acceptance procedure. | Results, deviations and changes needed before the next stage. |
| Order preparation | The approved configuration, quantity, packaging and required shipment documents. | The purchase specification, acceptance method and agreed commercial terms. |
A useful conversation starts with a specification
Tell us what your equipment needs.
Share the load, dimensions and intended use. Ask for a current model specification and a project review.