Other
3.2V 64Ah
Grade A
3.2V
64Ah
9x103x548mm
1500 times (80% of initial capacity at 0.2C rate, IEC Standard)
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| Parameter | Reported Information | Parameter | Verification Status |
|---|---|---|---|
| Cell marking | PFC-LG64 | Cell format | Pouch cell; identified from cell marking and photographs |
| Marked nominal voltage | 3.2 V | Marked nominal capacity | 64 Ah |
| Energy printed on cell | 204 Wh | Voltage × capacity | Approx. 204.8 Wh calculated; does not replace the printed 204 Wh value |
| Manufacturer | Not verified | Chemistry | LFP reported by seller; not verified by manufacturer documentation |
| Reported dimensions | Approx. 9 × 103 × 548 mm | Dimension basis | Seller-reported; tolerances and measurement points unverified |
| Visible terminals | Two tabs at one end | Tab specifications | Material, dimensions and joining method not verified |
| Reported discharge capability | 3–5C stated by seller; not a verified continuous or pulse rating | Current conditions | Duration, temperature, voltage cut-off and test method unknown |
| Charge voltage and current | Not verified | Discharge cut-off and resistance | Not verified |
| Operating temperature and cycle life | Not verified | Document status | Preliminary product information; not a manufacturer-issued datasheet |
PFC-LG64 is the marking recorded on a large-format rechargeable pouch cell. The supplied photographs show 3.2 V, 64 Ah and 204 Wh on the cell, while a preliminary product sheet separately records seller-reported dimensions and discharge capability. This page is intended for initial product identification and engineering inquiries. The manufacturer, chemistry, charging limits and validated current ratings remain unconfirmed, so the information below must not be treated as a production-release specification.
The photographs used for the preliminary sheet identify the cell as PFC-LG64 and show a pouch construction. They do not establish the legal manufacturer or country of origin. Buyers should match the physical marking against purchase documentation and request the manufacturer-issued specification before approving samples or selecting cells for a production assembly.
The cell marking states a nominal voltage of 3.2 V and nominal capacity of 64 Ah. A capacity-test current, discharge cut-off, temperature and minimum capacity have not been supplied in a manufacturer datasheet. These printed values can identify the product class, but they do not by themselves define the usable capacity of a finished battery pack.
The cell is marked 204 Wh. Multiplying its printed 3.2 V and 64 Ah values produces approximately 204.8 Wh; this arithmetic result does not replace the energy printed on the cell. A manufacturer should confirm the rated energy definition and measurement method before the figure is used for system specifications, labels or shipment documentation.
The seller reports approximate overall dimensions of 9 × 103 × 548 mm. No drawing establishes tolerances, the measurement points or permissible pouch swelling. Photographs show two tabs at one end, but tab material and dimensions remain unknown. Mechanical packaging, compression and tab connections therefore require a verified drawing and sample measurements.
LFP chemistry has been reported by the seller but is not verified by the available cell photographs or a manufacturer-issued document. The chemistry must be confirmed before selecting a charging profile or BMS voltage thresholds. This preliminary listing therefore identifies PFC-LG64 as a rechargeable pouch cell without presenting LiFePO4 as an established specification.
A 3–5C discharge capability was reported by the seller, but the available draft gives no duration, temperature, voltage cut-off or test result. It cannot be classified as a verified continuous or pulse rating. Engineering review should obtain a manufacturer current-limit table or representative discharge data before determining interconnect size, thermal management or pack output power.
Custom battery pack inquiries: Misenpower can discuss sourcing and custom pack integration after the cell identity and operating limits are verified. A production design would require a chemistry-compatible BMS, fusing, voltage and temperature sensing, validated tab connections, insulation, pouch support and swelling allowances. Request the manufacturer specification and product-specific compliance documents before approving the cell for an application or shipment.