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CATL 5.2AH NCM CELL
The CATL 5.2Ah is a prismatic NCM lithium-ion cell listed for hybrid electric vehicle battery projects. The supplied product information indicates a nominal voltage of 3.67V / 3.7V and a nominal capacity of 5.2Ah.
The provided information lists a 30C continuous discharge rating, equivalent to approximately 156A. The exact manufacturer model, voltage designation and current-rating conditions should be confirmed against the applicable cell specification before pack design or purchase.
CATL 5.2AH NCM CELL
| Brand | CATL |
| Manufacturer | Contemporary Amperex Technology Co., Limited |
| Provided Model Designation | NCM-5.2Ah; official model to be confirmed |
| Chemistry | NCM lithium-ion |
| Cell Format | Prismatic |
| Nominal Capacity | 5.2Ah / 5200mAh |
| Nominal Voltage | 3.67V / 3.7V; applicable designation to be confirmed |
| Nominal Energy | Approx. 19.08Wh at 3.67V or 19.24Wh at 3.7V; calculated |
| Charge Cut-off Voltage | 4.2V |
| Discharge Cut-off Voltage | 2.75V |
| Charge Rate | 1C / 5.2A calculated; rating conditions to be confirmed |
| Continuous Discharge Rating | 30C / approx. 156A; operating conditions to be confirmed |
| Internal Resistance | ≤0.85mΩ; test method and conditions to be confirmed |
| Dimensions | 12.5 × 120 × 65mm (thickness × width × height) |
| Weight | Approx. 200g |
Specifications are based on supplied product information. Confirm the exact model, dimensional tolerances, current limits and test conditions before selecting the cell.
CATL 5.2AH NCM CELL
01. 5.2Ah Prismatic NCM Cell
The supplied information identifies a 5.2Ah rechargeable NCM cell with a prismatic format for battery pack evaluation.
02. Listed 30C Discharge Rating
The supplied rating is 30C continuous discharge, equivalent to approximately 156A based on 5.2Ah capacity. Confirm the permitted temperature and operating conditions before use.
03. Compact Prismatic Dimensions
The provided dimensions are 12.5 × 120 × 65mm. Verify tolerances, terminals and the complete assembled envelope before mechanical integration.
04. HEV Project Evaluation
The cell is listed for hybrid electric vehicle applications. Suitability depends on the actual duty cycle, cooling, protection and qualification of the complete battery system.
CATL 5.2AH NCM CELL
The cell may be evaluated for HEV battery projects where a prismatic NCM cell and the stated electrical characteristics match the system requirements. Final suitability requires validation of the exact cell revision and the complete battery design.
Before selecting this cell, confirm the continuous current conditions, charge limits, operating temperatures, terminal design and dimensional tolerances. The battery pack should be engineered with appropriate protection, current-carrying connections and thermal management.
Explore the NCM prismatic cell range or compare the EVE INP05P 5.5Ah prismatic cell for a different capacity option.
How is the 156A discharge value calculated?
The value is calculated as 5.2Ah × 30C = 156A. The temperature and operating conditions associated with the supplied continuous rating still need to be confirmed.
Why are both 3.67V and 3.7V listed?
Both values were supplied for the cell. Confirm the nominal voltage designation and exact model against the applicable manufacturer specification before finalizing the product selection.
Can this cell be used as a direct HEV replacement?
Compatibility cannot be established from capacity and voltage alone. The cell dimensions, terminals, chemistry, current capability, thermal design and battery management system must all be checked for the specific vehicle or pack.
CATL 5.2AH NCM CELL
Misenpower can discuss cell sourcing and selection for your battery project. Please provide the required quantity, target application, pack configuration, current profile and operating temperature range.
Contact us to confirm the exact cell model, availability and applicable technical information. Product and shipping documentation may be requested, subject to availability and authorization.
Use the product inquiry form to share your project requirements with our team.
