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Regenerative Battery Testing - Cell
Precision Meets
Efficiency
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Regenerative Battery Testing
Our efficient regenerative circuitry can return up to 83% of discharge energy back to the system and/or grid, minimizing waste and power usage.
Lower Your Energy Bills
Enhanced efficiency leads to significant savings on electricity usage.
Minimized Heat Output
Less excess heat improves system longevity and decreases cooling needs.
Reduced Emissions
A cleaner, more sustainable operation that contributes to environmental responsibility.
A Step Toward a Greener Future
Investing in energy-smart technology means making a meaningful impact for generations to come.
System Specifications
Battery Testing - Cell
RBT-Cell
Hardware
Number of Channels
48
12
12
48
12
12
32
8
8
Voltage Ranges
(-6) - 6V
(-6) - 6V
(-6) - 6V
2V - 10V
2V - 10V
2V - 10V
2V - 20V
2V - 20V
2V - 20V
Current Ranges
100A
25A
25A
300A
150A
50A
150A
50A
400A
200A
50A
200A
50A
100A
25A
25A
300A
150A
50A
150A
50A
400A
200A
50A
200A
50A
100A
25A
25A
300A
150A
50A
150A
50A
400A
200A
50A
200A
50A
Measurement&Control Precision
+/-0.01% FSR
Measurement&Control Accuracy
+/-0.02% FSR
General
Chassis Size (W x D x H)
25"x45"x71"
Input Voltage
380V3P ~ 480V3P
Auxiliary System
These modules expand testing capability beyond the main charge/discharge control circuitry
MTCI
Multiple Temperature Chamber Interface allows the Arbin system to connect with a third-party chamber
CAN Bus
Allows the Arbin system to connect with the battery management system inside a battery pack
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