Testing & Inspection
TÜV AUSTRIA Websites > Stage TR > Solution > Otomotiv > Battery simulation and grid simulation Solution: Battery simulation and grid simulation Testing & Inspection Solution: Battery simulation and grid simulation TÜV AUSTRIA Vertrieb TÜV AUSTRIA Vertrieb Deutschstraße 10 1230 Wien +43 5 0454 1700 E-posta gönder Deutschstraße 10 1230 Wien Paketime Kaydet TÜV AUSTRIA Vertrieb Paketime Kaydet Battery simulation and grid simulation Bu çözüme hangi bölgede ihtiyacınız var? Tüm bölgeler Akkreditasyon Tüm akreditasyonlar "In grid simulation and battery simulation, products can be tested and optimized in a wide range of grid conditions and load cases." 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. Daha Fazla Etiket: Automotive Aviation Communications Technology E-charging infrastructure E-Mobility Electrical safety Electromagnetic Compatibility (EMC)Electronics Energy Heat pump Industry Photovoltaics Railway Transport & Traffic Aynı Sektördeki İlgili Çözümler: Ulaşım & Trafik Quality Management Automotive Industry \| IATF 16949 Otomotiv Daha fazla göster Koleksiyonuma Kaydet Autonomous driving Otomotiv Daha fazla göster Koleksiyonuma Kaydet Virtual Testing Otomotiv Daha fazla göster Koleksiyonuma Kaydet Wheel & tire testing Otomotiv Daha fazla göster Koleksiyonuma Kaydet Tüm Çözümler Daha Fazla Sektör Bul: Belediyeler Bilim & Araştırma Boş Zaman & Eğlence Elektronik Endüstri Enerji Gıda Maddeleri İletişim Teknolojisi İnşaat ve Emlak IT & Güvenlik Makine Otomotiv Sağlık & Tıp Sertifikasyon Spor & Fitness Sürdürülebilirlik Tarım Ticaret & Sanayi Turizm TÜV AUSTRIA Vertrieb +43 5 0454 1700 \| anfrage@tuv.at
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TÜV AUSTRIA Websites > Stage TR > Solution > Otomotiv > Battery simulation and grid simulation

Solution: Battery simulation and grid simulation

Testing & Inspection

TÜV AUSTRIA Vertrieb

Deutschstraße 10 1230 Wien

+43 5 0454 1700

E-posta gönder

Battery simulation and grid simulation

Bu çözüme hangi bölgede ihtiyacınız var?

Tüm bölgeler

Akkreditasyon

Tüm akreditasyonlar

"In grid simulation and battery simulation, products can be tested and optimized in a wide range of grid conditions and load cases."

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.