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These cells are fully capacity tested by charging to a max 3.65v, then stored for 6 – 8 weeks, voltage rechecked for self-discharge and then discharging to 2.5v which allows the cell to return its internal voltage to around 3.00v for shipping via Australia Post. Any cell showing a resistance in excess of 80milli-Ohms are disposed of. We provide the resulting available mAh as a guide for the balancing of your multi cell battery builds.
The health of a battery is based on three fundamental attributes:
Capacity, the ability to store energy. Capacity is the leading health indicator of a battery
Internal resistance, the ability to deliver current
Self-discharge, indicator of the mechanical integrity.
When making these measurements you must consider type and accuracy of equipment used, as well as ambient and battery temperature.
Performance and advantages
|Improve the safety, temperature adaptability and cycle life of lithium-ion batteries with nanotechnology|
|Long life||High rate fast charging||Wide temperature operation|
|4000||3C 4C||-40℃ – 55℃|
3C high current 100% DOD, 4000cycles remaining capacity not less than 82%
|Large rate and high current (3C-4C) charging can be achieved at room temperature||Lithium ion battery discharge capacity at -25°C is still greater than 90%, and can work normally at -40°C|
♦ Nano battery series technical parameters
：6 x F10115128A（10Ah）= 60Ah
|Operating voltage range||2.5~3.65V|
|range of working temperature||-40℃～55℃|
|Maximum charge rate (continuous)||2C|
|Maximum discharge rate (continuous)||2C|