Zum Inhalt springen

ITECH

IT8000-series

Regenerative DC Electronic Load

IT8000 series is a family of high power regenerative electronic loads with compact size. The highly integrated capability enables the e-load to simulate various e-load characteristics, and return the consumed energy back to the grid cleanly, saving costs related to energy consumption and cooling, meanwhile eco-friendly. With modular high power density design, IT8000 provide up to 18kW in 3U space. The power is expandable up to 2MW by master-slave parallelling and active current sharing. If you move into application of high power UPS, storage battery, PV battery, EV, energy storage system, ITECH can help you with IT8000 series high power regenerative electronic load.

Performance Features

  • Recover DC energy to local grid with efficiency up to 95%
  • High power density up to 18kW in compact 3U rack space, expandable up to 2MW by paralleling
  • Input voltage up to 2250V
  • Current output range: 0 to 2040A (single cabinet), 0 to 8000A (parallel connection between cabinets)
  • Adopts third-generation SiC technology
  • Built-in waveform generator, support generating arbitrary waveforms
  • Power accumulation function
  • Battery test function, auto-test function, short circuit test function
  • With pre-charging function, prevent DC loading current overshoot
  • Full protection: OVP/OCP/OPP/OTP/UVP, Vsense anti-reverse connection protection, and voltage transient drop protection
  • Built-in standard USB/CAN/LAN/digital IO interface, and optional
  • GPIB/Analog&RS232 interfaces
  • Support SCPI protocol, LabVIEW
  • Operating mode: CC/CV/CP/CR/CC+CV/CV+CR/CR+CC/CC+CV+CP+CR
     

Downloads

DatasheetsType/Format
Datenblatt IT8000-SeriePDFIT8000_D_E.pdf

Downloads

DatasheetsType/FormatFile size
Bezeichnung des DownloadsPDF35 KB
Bezeichnung des DownloadsPDF35 KB
Bezeichnung des DownloadsPDF35 KB
ManualsType/FormatFile size
Bezeichnung des DownloadsPDF35 KB
SoftwareType/FormatFile size
Bezeichnung des DownloadsPDF35 KB
Bezeichnung des DownloadsPDF35 KB
Bezeichnung des DownloadsPDF35 KB