Automotive Generators

AN-Series is an artificial Network that electrically recreates the vehicular power-net impedance for component tests of voltage class B (high voltage) components in laboratories and test benches. The AN-Series uses an analog system with a bandwidth covering up to 150 kHz. An artificial network like the AN-Series is crucial for the proper testing of all voltage class B components in both hybrid and electric vehicles.

In accordance with LV123, ISO 21498, MBN 11123, VW 80300, and IEC 61851-23.

AN-Series is an artificial Network that electrically recreates the vehicular power-net impedance for component tests of voltage class B (high voltage) components in laboratories and test benches. The AN-Series uses an analog system with a bandwidth covering up to 150 kHz. An artificial network like the AN-Series is crucial for the proper testing of all voltage class B components in both hybrid and electric vehicles.

In accordance with LV123, ISO 21498, MBN 11123, VW 80300, and IEC 61851-23.

• Protocol reports
• Generation of waveforms with synchronous data acquisition 
• Modular Expandable
• Individual Waveform Generation
• Standard Libraries included
• Unlimited Waveform size
• 2 different Waveforms synchronously 
• DLL's for LabView, Vector CANoe / CAPL, C#, C++, ANSI C, Python, etc.
• Simulation of imported oscilloscope waveform

BOLAB´s new and world´s unique solutions in testing High Voltage profiles for Electric Vehicles are very powerful, flexible, and modular.

Three different solutions for high-speed testing, a medium-range for covering most profiles, and a low budget. Powerful solutions for starting and gaining experience are available.

Modularity is one of the most important characteristics of BOLAB´s systems.

Start with a “small” system of 1 KW (1.000 V, 15 A) and expand module by module as applications require and budgets allow.

It was never this easy to get involved with high voltage tests for Electric Vehicles and to build up these tests to a most powerful solution.

• Technologically advanced, fast-switching, compact 19-inch power supplies
• High control dynamics in the 100...200 µs range – even at higher power levels
• Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard
• Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise
• Wide current-voltage range with an auto-ranging factor of 3
• Full digital CV, CC, CP, CR, and Ri-Sim control modes

• Technologically advanced, fast-switching, compact 19-inch power supplies
• High control dynamics in the 100...200 µs range – even at higher power levels
• Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard
• Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise
• Wide current-voltage range with an auto-ranging factor of 3
• Full digital CV, CC, CP, CR, and Ri-Sim control modes

• Technologically advanced, fast-switching, compact 19-inch power supplies
• High control dynamics in the 100...200 µs range – even at higher power levels
• Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard
• Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise
• Wide current-voltage range with an auto-ranging factor of 3
• Full digital CV, CC, CP, CR, and Ri-Sim control modes