Engineering services

Choose the shortest route to a defensible technical answer.

Start remotely with existing drawings, specifications and data. Add simulation or local laboratory work only when the decision requires it.

Build internal expertise

Practical training for engineering and quality teams on thermal-test selection, method design and data interpretation.

Program customized to participant needs

Build capability locally

Plan, equip and commission a battery thermal-safety laboratory with training, procedures and remote engineering support.

Project-specific capability plan

Understand the hazard envelope

Assess vent-gas composition, flammability limits, explosion pressure, burning velocity and related safety parameters.

UL 9540A · ASTM E918 · ISO 817 · EN 15967

Build better models

Measure specific heat, thermal conductivity, diffusivity, phase transitions and reaction energy for cells, materials and interfaces.

ASTM E1269 · ASTM E1530 · GB/T 3399 · ISO 22007

Characterize the failure mode

ARC, HWS, overcharge and related testing to characterize onset, self-heating, heat release and propagation behavior.

GB 38031 · GB/T 36276 · IEC 62660 · UL 9540A

Use data before hardware

Model thermal behavior from CAD, material properties and operating conditions to focus validation and reduce design iterations.

Project-specific · GB/T 36276 · UL 9540A

Test locally, review globally

Coordinate suitable local testing resources while ThermSafe provides the technical scope, protocol guidance and engineering review.

UL 9540A · IEC 62660 · ECE R100 · UN 38.3

Start without shipping cells

Turn specifications, CAD, material data and existing test results into a practical thermal-safety test plan.

UL 9540A · UN 38.3 · IEC 62660 · GB 38031