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Battery Cells for Pack Integration
3.6V 67Ah Solid State Battery Cell
- Voltage
- 3.60V
- Capacity
- 67Ah
Battery Cells
This catalogue contains individual cells for battery-pack development, including the JSN8890190 33Ah and JSN9590190 40Ah pouch-cell listings. Product pages give the nominal voltage, dimensions and model-specific electrical limits. Protection, interconnections and the enclosure are part of the finished pack design and are evaluated separately.
Showing 1–6 of 6 products
Battery Cells for Pack Integration
3.7V 20Ah Solid State Battery Cell
- Voltage
- 3.70V
- Capacity
- 20Ah
Battery Cells for Pack Integration
3.7V 33Ah Solid State Battery Cell
- Voltage
- 3.70V
- Capacity
- 33Ah
Battery Cells for Pack Integration
3.7V 40Ah Solid State Battery Cell
- Voltage
- 3.70V
- Capacity
- 40Ah
Battery Cells for Pack Integration
3.8V 1100mAh 20C LiPo Cell
- Voltage
- 3.8V
- Capacity
- 1100mAh
Battery Cells for Pack Integration
3.8V 16000mAh 25C LiPo Cell
- Voltage
- 3.8V
- Capacity
- 16Ah
Read cell data in its own scope
Nominal capacity, minimum capacity, charge limits and discharge ratings serve different purposes. Keep their test conditions attached when comparing models. A specification for an individual cell does not establish the weight, energy density or performance of a complete pack.
Frequently asked questions
Is a battery cell ready to install as a finished battery pack?
A cell is an integration component. A finished pack may need cell interconnection, protection, monitoring, insulation, mechanical support and a suitable enclosure. Review these requirements with the pack designer. A cell datasheet does not validate the finished assembly.
Can cells with the same capacity be mixed in one pack?
Capacity alone does not establish a match. The pack design should specify the cell model, chemistry, electrical limits and matching criteria, including state of charge and consistency. Do not substitute or mix cells without a reviewed design and validation plan.