Work with the installed system
Hands-on traction motor control calibration using CANape. The focus includes resonance-frequency identification, acoustic and vibration evaluation, and anti-shudder damping.
Evaluate energy over a defined cycle
CLTC energy-consumption measurements on a roller chassis dynamometer. The cycle, vehicle configuration and test procedure define the result and must remain attached to any conclusion.
Keep the measurements consistent
Planning and reviewing procedures, setting up electrical harnesses and a power analyzer, and maintaining consistency in data collection.
Interpret software effects carefully
Dynamometer data can support evaluation of a motor-control strategy under the tested conditions.
Inside the work.
Connected expertise.
Dynamic Motor Drive vehicle test · supplied document
Dynamic Motor Drive
Software-based torque modulation for a reported low-load efficiency investigation.
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Powertrain dynamometer test bench · supplied document
Prototype testing with a clear measurement plan.
Support motor test setup, instrumentation and experiments from small drone propulsion motors to larger traction machines.
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Offline propulsion simulation model · supplied document
Start with the challenge you need to resolve.
Describe the motor, the power electronics you already have.
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Start with your application, constraints and the decision you need to make.