Menü
image/svg+xml
Nikola Tesla Labor - Internal View

Nikola Tesla Labor - Internal View

Test systems
in the big high voltage laboratory

AC ................................. 1500 kV / 1500 kVA
Lightning impulse...... ± 2500 kV / 165 kJ
Switching impulse .... ± 1900 kV / 165 kJ
DC ................................. ± 1500 kV / 20 mA
Dimensions ................ 35 m x 25 m x 21 m

HV - com²

HV - com²

Support for standardisation of high voltage testing with composite and combined wave shapes 19NRM07 HV-com²

more...

Welcome to the
Institute of High Voltage Engineering and System Performance
of Graz University of Technology

Besides lectures and research work, the institute is also working on high voltage tests and analysis, focused on the assessment and development of high voltage equipment and systems.

  IHS.TUGraz
  © Pictures TU Graz/IHS  

News


Public High Voltage Experiments

On 19 Dec 2024 public demonstrations of high-voltage experiments took place in the Nikola Tesla Laboratory of the Institute of High Voltage Engineering and System Performance. The duration of a performance is about 60 minutes.

Registration is required.

Further information


Top Talent Program @ IHS

2023/24

We would like to congratulate Ms Giulia Vollmann on being selected as a Top Talent at the institute for the second time in a row.

As a result, she will receive intensive support with many attractive and exclusive offers in 2023/24.


2022/23

The successful Top Talents programme is entering its second round. Our Top Talents for 2022/23 were selected after intensive deliberations.

They now have the opportunity to actively participate in research at the institute and will receive intensive support.

We would like to congratulate Giulia Vollmann and Daniel Schnizer on this success.


2021/22

On 9 August, our Top Talents for 2021/22 were selected and officially welcomed to the Institute.

In the course of the Top Talent Programme, the Top Talents have the opportunity to experience research at the Institute first hand and are also promoted and intensively supported in their Bachelor's and Master's theses and project works.

We congratulate Philipp Brandl and Hannes Hager on this success.