Free BMS testing whitepaper

BMS testing whitepaper: temperature and environmental validation

Plan BMS validation for cold starts, prolonged heat and changing climate conditions. Explore how cell and sensor simulation, climate-chamber connections and measurement precision affect the quality of your tests.

Illustration of BMS thermal validation with cell simulation and a climate chamber

For BMS developers, validation teams and test-lab leads

What changes when your BMS moves into a climate chamber?

Environmental testing adds practical questions to the electrical test setup. This whitepaper explores the connection between the environment around the DUT (device under test), the simulated signals and the measurements you rely on.

Temperature scenarios

Structure cold-start, heat-exposure and thermal-cycling tests for the BMS (battery management system) under test.

Condensation and dew point

Account for changing climate conditions when planning the test and its connections.

Cell and sensor signals

Understand cell-voltage and temperature-signal simulation in the environmental test setup.

Wiring and precision

Consider long cable runs and isolated simulation channels when assessing measurement quality.

The illustration depicts a test application. Its chamber temperatures are not an operating-temperature specification for the BCS hardware.

Get the whitepaper

Bring these questions into your next BMS test plan.

Enter your details and review the consent statement below. We use this information to provide the requested content and to contact you about technical topics related to BMS test systems. Follow the verification email to complete your request.