Illustration Power Hardware in the Loop

Solutions

E-Mobility

Testing and emulating solutions for:

  • Grids

    Emulate grids to test charging stations against fault conditions.

  • Charging stations/battery packs

    Load individual U-I curves to emulate charge / discharge cycles.

  • Inverters

    Connect to AC and DC side simultaneously; recirculate power internally.

  • E-motors

    Run and test machines by applying required waveforms and fault conditions.

Go for Compiso

Advantages especially for this market

1

Flexibility

Use one single system to test a whole variety of EV components.

2

Sustainable

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

3

High Power

Test equipment at rated power up to 1.2 MW

Multi-Purpose Turnkey

Power Amplifiers

We provide the most versatile high-power PHIL test and emulation platforms currently on the market. Accessories like Digital Oscilloscope, Simulation Models and CABINET I/O Box can be found here.

EGSTON Power CSU 100

CSU100

The CSU100 is a galvanically isolated bidirectional 100kVA emulation and test system with either four or six independent four-quadrant power amplifiers.

CSU 100 Details
EGSTON Power CSU 200

CSU200

The CSU200 is a galvanically isolated bidirectional 200kVA emulation and test system with either four or six independent four-quadrant power amplifiers.

CSU 200 Details
EGSTON Power UHPS

UHPS

UHPS (Ultra High Bandwith PHIL System) is a galvanically isolated bidirectional 10 kVA / 10 kW emulation and test system developed and produced by EGSTON Power Electronics.

UHPS Details

COMPISO System Unit

Case Study

RTU Riga Technical University, Institute of industrial electronics and electrical engineering

Installed System: COMPISO System Unit CSU200-1GAMP4
prepared for later extension by a second group of four amplifiers

Example 1: test of a level one 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

Technical University Riga
Case Study (PDF)
Daniel Skibicki

Contact

Talk to an Engineer

DANIEL SKIBICKI

Do you have questions? Please do not hesitate to contact us – we are always open to your requests!

+43 664 523 18 59
info@egstonpower.com

EGSTON Power Electronics
Office Klosterneuburg
Inkustrasse 1-7, Stiege 2
3400 Klosterneuburg, Austria

T +43 2243 21288–0
E info@egstonpower.com

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We develop scaleable power electronics test systems that consistently meet the highest expectations for quality, reliability and function.

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