SK NCM 3.7V 66.5Ah Lithium-Ion Pouch Cell | 1C Long Cycle

     SK-based NCM chemistry system: Built on a proven SK-based NCM lithium-ion chemistry platform, offering a balanced combination of energy density, cycle stability, and manufacturing consistency for long-term battery applications.                

     Large-capacity pouch cell design (66.5Ah): High single-cell capacity reduces the number of parallel cells required in battery modules, helping simplify electrical design, lower interconnection complexity, and improve overall pack consistency.                

     Stable 1C continuous charge and discharge capability: Designed to support continuous 1C operation with controlled thermal behavior, ensuring stable voltage output and predictable performance under sustained load conditions.                

     Optimized laminated pouch structure: The laminated aluminum pouch design supports efficient heat dissipation and mechanical flexibility, contributing to improved space utilization and structural adaptability in battery module integration.                

     Cell grading and matching support: Capacity, open-circuit voltage (OCV), and internal resistance screening can be applied to enhance cell-to-cell consistency, which is critical for module balancing and long-term system reliability.                

     OEM/ODM-friendly supply and customization: Suitable for custom battery module and pack development, with support for labeling, insulation options, packaging formats, and technical coordination from sampling to mass production.                

     The following specifications are provided for engineering evaluation. For mass production projects, final values and tolerances can be confirmed by the official datasheet and batch test records.                

     Notes: Values above are for reference. For module design, we recommend confirming the discharge cut-off voltage, continuous/peak current limits, internal resistance range, and standard charge method (CC/CV). If you share your target system requirements, we can recommend a suitable operating window and integration guidance.                

     Missing-but-recommended parameters (you can provide them, and I will update the table immediately): standard charge rate (A or C), max charge rate (A or C), max continuous discharge current (A), peak discharge current (A, seconds), internal resistance (mΩ), typical nominal energy (Wh), and detailed cycle life conditions.                

     This cell adopts a laminated pouch cell structure designed for battery module and pack integration. The pouch format is widely used in high energy density battery designs as it supports flexible mechanical layout, efficient space utilization, and adaptable thermal interface design. For engineering evaluation, the key mechanical considerations include overall dimensions, thickness tolerance, tab position, and the recommended clamping or compression method inside the module.                

     In practical module design, large-format pouch cells typically require stable mechanical support and controlled compression to maintain consistent electrochemical performance throughout the cycle life. We recommend defining the fixture structure early, including compression plates, insulation layers, busbar routing, and thermal interface materials, to ensure reliable long-term operation and repeatable assembly.                

     Below is the mechanical summary for quick integration review based on the current product configuration. For projects requiring detailed tolerance control or customized tab geometry, a mechanical drawing can be provided for further verification and layout optimization.                

     Integration checklist (recommended): Please confirm your module internal space, cooling method (air, cold plate, or liquid), busbar or flexible connector approach, and target continuous and peak current. Based on this information, we can provide fixture suggestions, compression guidance, and an optimized layout proposal for your application.                

     The MISEN SK-based NCM lithium-ion pouch cell (3.7V 66.5Ah) is suitable for applications that require stable energy delivery, consistent cell performance, and compact integration. Its large single-cell capacity and controlled 1C operating profile make it well suited for battery systems where reliability, repeatability, and module-level consistency are key design considerations.