Efficiently and safely validate optimum performance of BMS (Battery Management Systems) to ensure the operational efficiency of rechargeable battery systems. Use a simple system architecture that allows building a safe, cost-efficient and highly effective environment for validating BMS functionality.
Establish an efficient testing environment with a voltage generator that delivers power supply, electronic load, and DMM functionality in a single package.
The basic function of a BMS is to control the imbalance of battery charging and discharging and to detect open/short anomalies. To ensure proper BMS functionality it is necessary to validate the BMS
board before installing it with the LIB, which can be done using a battery simulator that is much safer than using actual batteries or separate power supplies.
12 channel connection example
In order to execute effective BMS testing, a safe and accurate battery simulator must be integrated into the production process, complete with all the necessary functions for outgoing inspections of the BMS board. The SS7081-50 is a 12-channel battery cell voltage generator that delivers power supply, electronic load, and DMM functionality in a single unit. The system’s simple architecture makes building the environment for validating BMS functionality safer, more affordable and more productive than ever before.
| Output range | DC voltage: 0.0000 V to 5.0250 V Maximum output current: ±1.00000 A |
| Voltage output accuracy | ±0.0150% of setting ±500 μV |
| Voltage measurement accuracy | ±0.0100% of reading ±100 μV |
| Current measurement accuracy | 1 A range: ±0.0700% of reading ±100 μA 100 μA range: ±0.0350% of reading ±10 nA |
| Interfaces | LAN |
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