Product lineup
Long life (cycle characteristics)
The 2.9Ah SCiB™ cell maintains over 80% of its initial capacity after 40,000 charge/discharge cycles at a tough charge/discharge rate (10C) and high temperature (35°C) conditions.
Rapid charging
The 2.9Ah SCiB™ cell can be charged from 0 to over 80% SOC* in one minute.
* State of Charge
High-rate discharge
The 2.9Ah SCiB™ cell provides stable discharge capacity even in large discharge current.
Low-temperature operation
The 10Ah SCiB™ cell can be charged and discharged at temperatures below the freezing point.
There is little degradation even if charge and discharge operation is repeated under low temperature condition, making it suitable for use in a wide range of temperature.
Product specifications
Product name | 2.9Ah cell |
10Ah cell |
---|---|---|
Rated capacity | 2.9Ah | 10Ah |
Nominal voltage | 2.4V | 2.4V |
Output Power | 520W* (SOC 50%, 10sec, 25℃) |
1800W* (SOC 50%, 10sec, 25℃) |
Input Power | 410W* (SOC 50%, 10sec, 25℃) |
1500W* (SOC 50%, 10sec, 25℃) |
Energy density (volume) | 85Wh/L | 92Wh/L |
Energy density (mass) | 46Wh/kg | 47Wh/kg |
Dimensions | W63 × D14 × H97 mm | W116 × D22 × H106 mm |
Weight | Approx. 150g | Approx. 510g |
Product name | 2.9Ah cell |
10Ah cell |
---|---|---|
Rated capacity | 2.9Ah | 10Ah |
Nominal voltage | 2.4V | 2.4V |
Output Power | 520W* (SOC 50%, 10sec, 25℃) |
1800W* (SOC 50%, 10sec, 25℃) |
Input Power | 410W* (SOC 50%, 10sec, 25℃) |
1500W* (SOC 50%, 10sec, 25℃) |
Energy density (volume) | 85Wh/L | 92Wh/L |
Energy density (mass) | 46Wh/kg | 47Wh/kg |
Dimensions | W63 × D14 × H97 mm | W116 × D22 × H106 mm |
Weight | Approx. 150g | Approx. 510g |
* This value is calculated from the internal resistance.
※ Specifications shown herein are not guaranteed values and are subject to change without notice. Performance depends on usage conditions.
※ The package design presented on the web is for catalogue purpose, so the design of the actual battery will be different.
※ 10Ah cell uses part of technology achievement made by Japan’s New Energy and Industrial Technology Development Organization (NEDO) subsidized projects.
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