Company

References

flexibility & high power

  • User-friendly

    Enables flexible and repeatable tests of power electronics systems in close-to-reality operating environments

  • Versatile

    Provides platform for determining the stability of complex microgrid systems and interactions of different subsystems within a microgrid

  • Safe & Robust

    Enables safe evaluation of the system/device performance in edge operating conditions

Working relationships

Research facilities

Logo Virginia Polytechnic Institute and State University

Viriginia Tech University

Reduce energy consumption when testing input and output stages of your hardware under test simultaneously by recirculating power

Logo TU Dortmund

TU Dortmund

Researching ambient conditions in varying and flexible Smart Grid configuration

onboard charger & test of new motor design

RTU RIGA

Example 1: onboard charger in a Volkswagen e-Up car with COMPISO unit switched to single-phase mode.
Example 2: test of a new synchronous motor design featuring windings with an asymmetric phase shift

Smart Grid configurations

TU Dortmund

Researching ambient conditions in varying and flexible Smart Grid configurations. The system has a 200kVA transformer for galvanic isolation, a 4-Quadrand Active Frontend for bidirectional energy flow and two groups of four COMPISO amplifiers (2GAMP4)