Prototype for learning
Use early builds to resolve electrical, mechanical, thermal, interface, charging, communications, and user-environment questions.
Lithium Battery Company · OEM Battery Programs
Prototype-to-Production Batteries
A stage-gated battery development path that connects early technical learning to qualified, repeatable production.
How do you move a custom battery from prototype to production?
Moving a battery from prototype to production requires more than copying a working sample. The program must convert requirements into controlled design outputs, resolve sourcing and manufacturability risks, validate performance and safety, qualify the production path, run a production-intent pilot, and release the pack with approved documentation and change control.
Catalog reference-design programs begin at 10 units and custom programs begin at 25 units. LBC does not quote individual retail battery orders.
Who this battery program is for
- New equipment and product development programs
- Teams with a working sample but incomplete production documents
- Battery redesigns moving beyond engineering prototypes
- OEMs planning a staged commercial volume ramp
What the program should deliver
- Requirements, risks, and design-input baseline
- Production-intent architecture, components, BMS, and enclosure
- Verification, validation, certification-support, and pilot plan
- Controlled release package and repeat-production path
How the program works
Validate the design
Test the production-intent design against defined requirements and address safety, certification, reliability, and application risks.
Qualify production
Run a controlled pilot with the intended partner, close findings, approve the release package, and establish change control for repeat builds.
Frequently asked questions
How many prototypes are needed before battery production?
There is no universal count. The number and type of builds should be driven by unresolved risks, design maturity, test coverage, certification needs, and the evidence required for release.
Can the prototype use different cells than production?
It may be possible for early learning, but the production-intent design must be verified with the approved cells and components because performance, safety, life, charging, mechanical behavior, and certifications can change.
When should certification planning begin?
Early in requirements and architecture. Late discovery of shipping, safety, market, customer, or industry requirements can force redesign, new tooling, or repeated testing.
What volume does LBC require after prototypes?
Catalog designs begin at 10 units and custom programs at 25 units. The first production quantity and annual forecast are reviewed together to select a viable sourcing and production path.