Solution: Battery simulation and grid simulation
Solution: Battery simulation and grid simulation
Battery simulation and grid simulation
In which region do you need this solution?
- All regions
Accreditation
Battery simulation and grid simulation
The energy transition is bringing ever further electrification of products. In this context, compliance with specifications in a common power grid is of central importance. With the help of grid and battery simulators, products can be tested and optimized in a wide range of grid conditions and load cases.
The application areas of these simulations are wide-ranging and extend from railway and aviation to mobility or e-vehicles incl. charging infrastructure to electromagnetic compatibility or electrical safety. These simulations are also used in drive technology, but also for photovoltaics, heat pumps and in environmental simulation.
Grid simulation – performance data (AC voltage sources)
TÜV AUSTRIA can perform simulations with AC voltage in the following extent:
- 8xRegatron ACS (50kVA each), i.e. up to 400kVA;
- 4-quadrant network simulation, divisible into 2 blocks (2x200kVA).
- Voltage ranges from 0 – 1000 Vac,
- Frequency range 16-800Hz (16Hz railroad grid, 50Hz power grid Europe, 60Hz power grid USA/Canada, 400hz & 800Hz Aviation),
- Continuous current 576A (max. 1.152A).
Battery simulation – performance data (DC voltage sources)
TÜV AUSTRIA can perform simulations with DC voltage in the following extent:
- 7x Regatron G5 (54kW each), i.e. 378kW,
- divisible into 2 blocks (216kW + 162kW);
- Voltage range 0 – 1.500Vdc,
- Current 756A.
Application areas of battery simulation and grid simulation
These voltage sources can be used by our experts from TÜV AUSTRIA in different laboratory areas:
- Via appropriate filtering devices in the EMC hall.
- In the e-testing area, e.g. in connection with our e-mobility testing equipment.
- In the climate chamber, also in connection with the e-mobility test facility.