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Electromobility

Electromobility is a key to a climate and environmentally friendly future. We have dedicated ourselves to the development tasks of e-mobility.

We support our customers with a wide range of services throughout the entire development process.

We offer the following services for single components and complete systems of an e-vehicle:

  • Environmental simulation
  • Functional validation
  • Electrical tests
  • Simulation of mechanical loads

Lifetime testing of electric motor components

  • 8x Endurance test benches
  • Up to 3,8 m³ • Gradients up to 23 K/min • -70 °C to 180 °C
  • Media temperature control -40 °C to 150 °C (oil, glysantin)
  • Power supply can be cascaded according to customer requirements up to 1.000 V
  • Explosion protection (ATEX specification)
  • Typical applications: PTCE, HTOE, HTHE

Component testing in oil atmosphere

  • 10x Component test benches
  • Up to 3,8 m³ • Gradients up to 23 K/min • -70 °C to 180 °C
  • Regulated oil bath temperature control
  • Typical products: Hybrid modules • Stators
  • Explosion protection (ATEX specification)

Measurement of electric drive systems

  • 2x Electric motor test stands with separate control stands
  • 380 kW • 18.000 rpm • 720 Nm • 1.000 V • 1.200 A
  • Performance and efficiency analysis
  • Measurement of motor characteristics and efficiencies
  • Lifetime test / Continuous performance / Function test
  • Speed ​​change tests
  • Tests with real driving profiles
  • Power supply of the DUTs by customer-specific inverters or test inverters

Further performance ranges for e-machines

  • Method development and test plan creation
  • Tests under all environmental influences
  • Mechanical tests
  • Environmental simulation
  • Component analyses

Testing of power electronics (inverters)

  • Functional testing
  • Electrical tests
  • Environmental simulation with active operation of the inverter
  • 48V to 1.000V systems
  • Load mapping with a real e-machine or as an inductor
  • Mapping of complete validation programs
  • Testing of electrical and functional characteristics

Excerpt of further technical equipment

  • DC sources up to 1.500 V
  • Cascadable customized solutions up to 1.000 V, 2.000 A, 500 kW
  • Measurement technology for recording all necessary physical parameters (temperatures, pressures, speeds, torques) from IMC, Gantner & Beckhoff, among others
  • Numerous climate and temperature chambers with inerting
  • Hardware and software for controlling mechatronic systems using Vector-VN89xx and CANoe/CANape
  • Measuring devices for component analysis (insulation measurement, resistance measurement, etc.)
Contact Person
Jonas Strätz
Team leader test management
Enquiry