TESTING POWER ELECTRONICS

Inverter Testing at the VISPIRON SYSTEMS High-Voltage Labs
Contact us

TESTING POWER ELECTRONICS

Inverter Testing at the VISPIRON SYSTEMS High-Voltage Labs``
Contact us

Technical Specifications of the high-voltage laboratories:

Technical Specifications of the high-voltage laboratories:

icon car battery

0 V

Battery voltage

0 A

Amperes phase current

0 A

DC current

Customized Tests for Power Electronics.

Increasing cost pressure and a growing number of variants demand a goal-oriented and precise test planning and execution. In the VISPIRON SYSTEMS high-voltage laboratories, we test the drivetrain electronics and charging technology of the future.

  • Power electronics/Inverter
  • Charging technologies
  • LV-123/HV validation
  • LV-124
  • Environmental and lifetime qualification
  • EMC emission and immunity

When implementing individual requirements, we support you throughout the entire testing process.

  • Drafting
  • Test case specification
  • Automation of test cases on the test rig
  • Test execution/test supervision
  • Error analyses and tracking
  • Problem management

Customized Tests for Power Electronics.

Increasing cost pressure and a growing number of variants demand a goal-oriented and precise test planning and execution. In the VISPIRON SYSTEMS high-voltage laboratories, we test the drivetrain electronics and charging technology of the future.

  • Power electronics/Inverter
  • Charging technologies
  • LV-123/HV validation
  • LV-124
  • Environmental and lifetime qualification
  • EMC emission and immunity

When implementing individual requirements, we support you throughout the entire testing process.

  • Drafting
  • Test case specification
  • Automation of test cases on the test rig
  • Test execution/test supervision
  • Error analyses and tracking
  • Problem management
DC HPC Prüfungen

Testing DC-Chargers

“Electrical verification of the charging station as a complete system — from the grid, through the power-electronic stages, all the way to the DC output. Reproducible grid conditions, high-performance battery simulation, and controlled coolant temperature management form the foundation for functional, limit-load, and protection testing.

Learn more
Grid Simulation

until 600 kVA @ 3×400 V
Grid conditions & faults (voltage dip, imbalance, phase failure)

Battery Simulation

0–1200 V · ±1040 A
CC/CV/CP/CR, dynamic load profiles

Thermal conditioning

cooling capacity up to 90 kW @ 40 °C

coolant-circuit setpoints, measurable flow

Benefit from more performance, improved quality as well as a longer service life for your components.

Read more about our exciting customer projects in our success stories.

Have a look at our battery laboratories:

VISPIRON SYSTEMS
Hoch-Voltlage Labs in pictures

I'm looking forward to get in touch with you.

Business Development Manager Manuel Kroh

Manuel Kroh

Director Business Development