Lithium Batteries
Containing CATL Cells.
Sunsynk have produced a perfect storage solution. The module consists of lithium ferro phosphate rechargeable batteries with 5.12kWh capacity rated at 51.2V 100Ah with a built-in battery management system.
The battery can be expected to remain serviceable for more than 10 years and this takes into consideration that it is charged and discharged once per day at room temperature (25°C). Lithium ferro phosphate batteries provide excellent thermal stability and storage.
The module also incorporates a self-monitoring function for the detection of any abnormalities in power storage.
Don't forget to fully charge your batteries upon installation.
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Cell Type –
Lithium Ferro Phosphate (LifePO4 or LFP)
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Nominal Operating Voltage –
51.2V
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Nominal Capacity –
100Ah / 5.12kWh
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Depth of Discharge (DoD) – 100%
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Usable Capacity – 5.12kWh
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Packing – 1P16S
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IP Rating – IP40
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Minimum Operating Voltage – 44.8V
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Maximum Operating Voltage – 57.6V
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Standard Charging Current – 50A
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Max. Continuous Charging Current – 50A
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Standard Discharging Current – 50A
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Max. Continuous Discharging Current – 100A (1C, 25°C ± 2°C)
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Max. Pulse Discharging Current – 200A (2C, 30S, 25°C ± 2°C SOC≥40%)
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Standard Charging Method – 0.5C CC to 57.6V, CV at 57.6V till
current is 0.05C
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Min. Operating Temperature (no derating) – Charging: 0°C / Discharging: -20°C
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Max. Operating Temperature (no derating) – Charging: 50°C / Discharging: 55°C
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Operating ROH – 20% ~ 80%
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Storage Temperature – -20 ~ 50°C
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Self-discharging rate – ≤5% (25°C 50% SoC)
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SoC @ end of product line – 40%
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Insulation Resistance – >100MΩ
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Voltage Difference in each module – ≤20mV
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Inner Resistance of single Cell – 0.34 ± 0.05mΩ (fresh cell 30 ~ 40% SoC)
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Altitude Below – 2000m
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Weight – 48kg
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Dimensions – 440 x 530 x 132mm (not include connector, MSD
and other parts)
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Expected Life @ 25°C – Greater than 10 years if used as per warranty terms
Trouble Shooting
When SoC drops 0% and the communication could not be established automatically.
Why sometimes the SoC will not achieve 100% or 0% at the end of charing or discharging.
Beeping at the end of charging stage (99%-100% SoC).
Why the master pack suffered seriously under-voltage.
How to wake up battery.