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Electric Vehicle Testing
Test and Measurement Solutions for E-Mobility
Unlock the full potential of electric vehicles with advanced testing and measurement. From optimizing drivetrains and lightweight components to maximizing battery performance and charging speed—imc delivers the solutions that drive innovation.
Hybrid and electric vehicle validation
Trusted by Industry Leaders
Temperature Measurement in HV Environments
In electric and hybrid vehicle development, temperature monitoring is essential across components such as batteries, connectors, power electronics, and motors. These applications often involve high voltage potentials and require EMC- and ESD-resistant solutions. imc provides classic HV thermal modules and advanced fiber-optic technology for reliable temperature measurement.
High Voltage Measurement in HV Environments
Accurate and safe voltage measurement in high-voltage circuits demands high-isolation technology. Even on non-energized components like charging plugs or semiconductors, safety is critical. imc’s HV modules offer isolation up to 1000 V CAT II and comply with EN 61010, ensuring dependable operation in demanding environments.
Measurement Wheels for E-Vehicle
Electric vehicles introduce higher dynamic loads due to rapid acceleration. Measurement systems must withstand increased mechanical and electromagnetic stress. imc’s telemetric sensor systems are engineered for these conditions, enabling precise force and torque measurement under real-world driving scenarios.
Power Measurement in Electric Vehicles
imc HV modules support direct voltage measurements up to 1000 V and inputs for current probes, Rogowski coils, and shunts. The system performs real-time 1-, 2-, or 3-phase power calculations, including effective, apparent, and reactive power, along with power factor.
Telemetric Mechanical Power Measurement
Assessing drivetrain efficiency requires accurate mechanical power data. imc’s solution integrates telemetry, MEMS-based speed sensors, and inductive power supply in a compact shaft system. It calculates power from torque and rpm in real time and outputs it as a usable result parameter.
More Insights in our Free Webinar
How to master your testing challenges: Learn more about solutions for testing the efficiency and safety of battery and battery management systems, the powertrain and ancillary units, and for testing components, such as brake systems, for their function and service life.
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