As electric drivetrains grow more complex, pushing the performance limits of batteries, inverters, and motors has become the industry’s central challenge. To maximise performance, engineers must understand how these devices behave under real-world, dynamic conditions where loads, speeds, and electrical signals change rapidly.
However, traditional measurement approaches rely on steady-state conditions and averaged values, making it difficult to capture the true behaviour of modern electric systems.
HBK’s solution enables continuous data recording and real-time efficiency calculations for electrical devices testing – ensuring that no critical event is missed.
Capture high-precision mechanical and electrical signals, even in noisy environments.
Torque transducers (e.g. T40B, T12HP)
Current sensors (CTS / CTM fluxgate series)
High-speed, multi-channel acquisition that captures every signal simultaneously.
Genesis HighSpeed (GEN2tB, GEN3iA, GEN7iA)
Up to 20 MS/s with multi-channel synchronisation
Real-time calculations and full post-processing flexibility on raw data.
Perception DAQ Software with ePower Suite
GenHS mainframes provide a real-time testing platform and multi-channel DAQ system with robust GenHS instrumentation for portable, benchtop, or linked installations.
Extremely accurate up to 0,01% and with high bandwidth up to 1000 kHz, the CTS/CTM current sensor series expose their unmatched performance especially when used in electric drive testing. This is due to the Fluxgate technology and the full body aluminum EMC shielding.
Rely on the highest precision and best performance from the worldwide market leader in torque measurement. Find the torque sensor, and interface module that you need to achieve precise results suitable for your application.
Yes – the system supports multi-channel configurations, allowing multiple phases or machines to be measured simultaneously in one synchronised setup.
The system continuously tracks the signal frequency and calculates power and efficiency in real time, even during transient events.
Yes. Electrical, torque, speed, and other signals are captured synchronously, ensuring all data is aligned without additional processing.
The system records full raw waveform data, allowing you to analyse the exact moment of failure without repeating the test.
Isolated measurement technology and fibre-optic connections ensure signals remain accurate even in high-interference environments.
Yes. Raw data is stored and can be reprocessed with different settings or calculations at any time. You can also export your data into various formats for use with external software like MATLAB, so you can analyse the raw data.
This will bring together HBM, Brüel & Kjær, nCode, ReliaSoft, MicroStrain and Discom brands, helping you innovate faster for a cleaner, healthier, and more productive world.
