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EVE M42 CELL
The EVE M42 is a rechargeable prismatic NCM lithium-ion battery cell with an aluminum case, a nominal voltage of 3.66V and a nominal capacity of 15Ah. Its specified initial internal resistance is ≤0.4mΩ. The rectangular format provides a defined starting point for battery module layout and enclosure planning.
MISEN supports cell sourcing and project-specific battery pack evaluation. Selection should consider the complete electrical limits, terminal drawing, thermal conditions and protection requirements. Confirm the applicable manufacturer specification before setting charging parameters or defining continuous and transient load limits.
EVE M42 CELL
| Manufacturer | EVE Energy |
| Cell Model | M42 |
| Chemistry | Rechargeable NCM lithium-ion |
| Case Structure | Prismatic aluminum case |
| Nominal Capacity | 15Ah / 15000mAh |
| Nominal Voltage | 3.66V |
| Nominal Energy | Approx. 54.9Wh Calculated: 3.66V × 15Ah |
| Initial Internal Resistance | ≤0.4mΩ Measurement method and conditions require confirmation. |
| Standard Charge Current | 15A (1C) |
| Standard Discharge Current | 15A (1C) |
| Published Charge/Discharge Rate Entry | 5C / 5C Listed separately from the 15A standard currents. Duration and operating conditions require confirmation. |
| Current Equivalent at 5C | 75A, calculated from 15Ah × 5C Not presented as a verified maximum continuous or pulse-current rating. |
| Published Dimensions | 78.8 × 148.7 × 17.7mm Confirm axis definitions, terminal inclusion and tolerances against the mechanical drawing. |
| Weight | 426±7g |
| Gravimetric Energy Density | 128Wh/kg, published value |
| Cycle Life | 2,000 cycles with ≥70% capacity retention |
| Cycle Test Conditions | 25°C, 0.5C charge / 0.5C discharge 7.5A / 7.5A, calculated using 15Ah nominal capacity |
Selection note: Obtain the applicable manufacturer datasheet before final design. Charge and discharge voltage limits, temperature ranges, maximum continuous current, pulse duration, terminal connection requirements and installation conditions are not established by this summary. The published 5C/5C entry must not be substituted for the separate 0.5C/0.5C cycle test conditions.
EVE M42 CELL
A 3.66V nominal voltage and 15Ah capacity provide approximately 54.9Wh per cell, calculated from nominal values. Usable pack energy depends on configuration, operating conditions and protection settings.
The initial internal resistance specification is ≤0.4mΩ. Confirm the manufacturer's measurement method and conditions before using this value for cell acceptance or comparing it with other models.
The rectangular aluminum-case format offers a defined geometry for module layout. Check terminal clearances, insulation, dimensional tolerances and mounting requirements against the applicable drawing before designing the enclosure.
The stated cycle result is 2,000 cycles with at least 70% capacity retention at 25°C and 0.5C/0.5C. It provides a reference for evaluation rather than a guarantee of pack service life.
EVE M42 CELL
The M42 may be evaluated for custom mobility and industrial battery projects where its voltage, capacity and prismatic geometry suit the design. Final suitability depends on the complete cell specification and system validation.
75A is the calculated equivalent of 5C for a 15Ah cell. The public rate entry does not establish a maximum continuous rating with defined temperature, duration and cooling conditions; obtain the applicable manufacturer limits before design.
The cycle conditions provided for this listing are 25°C and 0.5C charge/0.5C discharge, with at least 70% capacity retention. Do not apply that result to 5C/5C operation without supporting test data.
Matching capacity is insufficient. Compare the voltage limits, approved currents, dimensions, terminal arrangement, mounting requirements and charger/BMS settings before considering a replacement.
EVE M42 CELL
MISEN supports B2B cell sourcing and custom battery pack projects. EVE is the manufacturer of the M42 cell. Contact MISEN to confirm model availability, applicable specifications and project requirements.
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Share your target voltage, capacity, load profile, enclosure space and operating environment. We can discuss project feasibility, cell matching, protection requirements, connections and thermal design.
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