G5.BAS Series

Battery Simulator Series

Series Overview


G5.BAS Series

G5.BAS - Battery Simulator Series

The G5.BAS series is bidirectional regenerative. It was developed specifically for the simulation of energy storage devices and batteries and is suitable for use in laboratories and on test benches. The modular and finely graded G5.BAS series is characterized by highly dynamic response times and a wide current-voltage range with an auto-ranging factor 3.

Technology

  • Technologically advanced, fast switching, compact 19-inch power supplies▪High control dynamics in the 100...200μs range–even at higher power levels
  • Exceptional accuracy of <0.02% FS, additional high-resolution measurement range
  • Wide current-voltage range with an auto-ranging factor3
  • CV, CC, CP, CR, and Ri-Simcontrol modes
  • Regenerative and highly efficient, resulting in significant reduction of energy consumption and heat dissipation

System Capability

  • Modular and easy scalable systems
  • Parallel, series,and mixed operation with a digital high-speed bus
  • Simple master-slave configuration with the operating software
  • Easy rack mounting
  • Optional safety features such as 2-channel safety interface and insulation monitoring
  • Turn-key cabinet solutions or project-specific system integration according to customer specification

System Control

  • Operating software, extended analysis,parameterization options,and calibration
  • Application software with visualization, programming,and data logger
  • Powerful application programming interfaces (APIs)

Read more about G5.BAS:

Additional articles about the G5 familiy:

The G5 family includes both universal, programmable DC power supplies as well as power supply solutions for specific applications.

Universal Power SuppliesApplication-Specific Test Solutions

Voltage- / Power- / Current-Range


Related Documents and Files


Name Explanation Type/size
Brochures
G5.BAS Product Description
221108

Battery Simulator Series

PDF (772KB)
G5 Family Brochure
230310
PDF (1.79MB)