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Hybrid Electric Vehicle Tester

The Ador Digatron EVT-IGBT was developed to test high-voltage battery packs (e.g. for electric vehicles) with up to 80kW per power element. 

Cycler / HV Packs

Hybrid Electric Vehicle Tester

The Ador Digatron EVT-IGBT was developed to test high-voltage battery packs (e.g. for electric vehicles) with up to 80kW per power element. Its unique modularity enables stand-alone operation or the parallel connection of several power elements – for increased output.

Categories: , Laboratory

TEST DEVICE FOR BATTERY PACKS OF UP TO 1,000 VOLTS
The Ador Digatron EVT-IGBT was developed to test high-voltage battery packs (e.g. for electric vehicles) with up to 80kW per power element. Its unique modularity enables stand-alone operation or the parallel connection of several power elements – for increased output. The device is equipped with IGBT technology and is ideal for fast load changes and simulation of dynamic driving profiles.
SPACE-SAVING
Thanks to its compact design, the Ador Digatron EVT-IGBT requires little space and fits comfortably through door frames.
ONE DEVICE, TWO FUNCTIONS
We can supply the EVT as bivalent on request, with which the system can also be operated as a battery emulator (BE mode).
HIGH ENERGY EFFICIENCY
All power elements feature IGBT power amplifiers and bidirectional power units with full sine wave grid regeneration.
PERFECT FOR HIGH DEMANDS
IGBT technology means fast load changes, and simulation of driving cycles present no challenge for the EVT.
SCALABLE
The modular construction, including all winding material, allows a system to be expanded by the addition of more modules for higher current and power.
PARALLEL CONNECTION OF CIRCUITS
Thanks to its compact design, the Ador Digatron EVT-IGBT requires little space and fits comfortably through door frames.

TECHNICAL DATA

 600 volts800 volts1.000 volts
Voltage range0/50 V up to 600 V0/50 V up to 800 V50 V up to 1.000 V
Current per module300 A / 400 peak300 A200 A
Power per module80 kW /135 kW peak80 kW80 kW
Paralleling of circuitsYesYesYes
Control accuracy U DC< ± 0,1 % fs< ± 0,1 % fs< ± 0,1 % fs
Control accuracy I DC< ± 0,1 % fs< ± 0,1 % fs< ± 0,1 % fs
Range resolution I, U±20 mA / ±40 mV±15 mA / ±40 mV±10 mA / ±50 mV
Current rise time (10 – 90%)≤ 3 ms≤ 3 ms≤ 3 ms
Mains feedbackYesYesYes

*additional values on request

SUITABLE FOR THE FOLLOWING TESTS

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