Exploring Battery Simulator
Validate your battery-connected devices more efficiently and with more accuracy with this battery simulator
Highly Accurate, Dynamic Battery Simulation
Testing battery-connected devices with an actual battery can be cost or time prohibitive, especially if multiple channels are required. Our Battery Simulation software is used to validate device functions during development instead of an actual battery or batteries. Automotive applications include motor drivers, OBC, DC-DC convertors or chargers, and products along the DC bus.
How to select the battery simulator or DC power supply and DC load integrated solution?
The integrated solution of DC power supply and DC load can also form a battery simulator; however, the difference between it and the bidirectional power supply is if there is delay during conversion. It is suggested to use the 17020 to test the bidirectional products, and use the 17020 or DC power supply and DC load integrated solution for testing the unidirectional products.
|17020||DC Source/DC Load|
20V, 60V, 100V, 200V, 500V
Source:30V, 40V, 80V, 100V, 300V, 450V, 600V,1000V Load?150V, 600V, 1200V
V Ripple Noise (rms)
<1%FS (Base on Voltage range)
8mV~1500mV (Base on Voltage range)
I Ripple Noise (rms)
<1%FS (Base on Current range)
10 mA~270mA (Base on Current range)
Interrupt during current transition
Interrupt during charge / discharge switch
Battery Simulator Software
Ready by Chroma
Create by user
Max 8 channels / Min 1 Channels
2 DC output per-channel
1 DC output per-channel
EV and Battery Test Solutions