The SK 43Ah pouch cell combines a slim format with supplier-listed high-rate performance, making it a potential fit for custom mobility and industrial battery pack designs.
01 43Ah Capacity for Flexible Pack Design
The supplier-listed 43 Ah cell capacity provides a starting point for selecting series and parallel configurations. Pack-level usable capacity depends on discharge conditions, voltage limits, cell matching and the operating environment.
02 3C Charging Rating
The source lists a 3C charging ratio, mathematically equivalent to 129 A at 43 Ah. This is a supplier claim, not a validated continuous fast-charge instruction. Confirm temperature, SOC, current duration, charging protocol and cooling before implementation.
03 6C Discharge Rating
A listed 6C discharge rate corresponds to 258 A at the stated capacity. Continuous-versus-pulse duty, thermal limits, permitted SOC window and test setup were not provided; assess system-level load demands against approved manufacturer limits.
04 Listed Resistance Below 0.6 mΩ
An internal resistance below 0.6 mΩ is claimed in the supplier data. Measurement frequency or pulse method, SOC and temperature were not specified. Confirm the test procedure before comparing cells or estimating heat generation.
05 Slim Pouch Format for Integration
Listed dimensions of 10.8 × 172 × 188 mm and 700 g unit weight support early mechanical and mass estimates. Obtain an approved dimensional drawing, including terminal tabs, thickness tolerances and swelling allowances, before tooling or pack production.
06 Supplier-Stated Cycle Life Above 2,000
The source states more than 2,000 cycles but provides no definition of remaining capacity, depth of discharge, current rate or temperature. Evaluate the official cycle-life curve and duty-cycle performance before making warranty or lifetime commitments.
Custom Battery Pack Applications
MisenBattery can assess this supplier-listed 43 Ah lithium-ion pouch format for mobility prototypes, industrial equipment and other customized power projects. Feasibility depends on confirmed cell identity, validated current ratings, a suitable BMS, over-current protection, tab welding, insulation, mechanical compression or swelling allowance, and thermal management. Request the manufacturer's current datasheet and project-specific compliance documents before integration.
