Battery Cell Formation System

Reliability Test System

Automated Battery Formation Solution

Cell Testing

Module & Pack Testing

Battery PXI SMU

Case Study: REIS Robotics

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When it comes to formation, Chroma may be a newcomer but is a veteran to power electronics. Through the past twenty yearsChroma has dominated the power test industry now three to one over all rivals combined.

Witha strong environmental commitment Chroma has embedded two eco-friendly features; energy efficient charging and energy recycling (at cell discharge) to offer the first cell formation system with a green design.

The energy efficient charging is performed by patented Battery Voltage Tracking electronics which provides each linear charging circuit with sufficient energy to operate at optimal performance without crating wasteful overheads typically discarded as heat. The Energy Recycling (also patented) takes the battery’s discharge energy which is customarily dumped and recycles it back to the system DC power main bus utilizing it for system operation.

By minimizing conventional power losses energy savings multiplies as cooling demands are diminished. The outcome is a responsible formation design that reduces power demands and carbon footprint while slashing the monthly electric bill.

Battery Cell Formation
Model 17000 Battery Cell Formation System Reliable & accurate testing Renders high yields Energy recycling Complete manufacturing solution (Full/Semi automation)
Reliability Test System
Model 17010H Battery Reliability Test System High accuracy ± 0.015% of F.S. High precision ± 0.005% of F.S. Multiple current ranges 300 A / 150 A / 30 A Fast current response <1.5 mS	Model 17010 Battery Reliability Test System High accuracy up to ±0.015% of F.S. Fast current response <100μS Single transient sampling rate up to 1mS High sampling rate up to 10mS Integrating up to 96CHs