loading
EVE
| Availability: | |
|---|---|
| Quantity: | |
EVE INP114E M11 CELL
The EVE INP114E M11 is a rechargeable prismatic NCM lithium-ion cell with an aluminum case, a nominal voltage of 3.73V and a nominal capacity of 114.2Ah. Its initial AC resistance is specified as 0.6±0.1mΩ at 1kHz and 30% state of charge.
The cell is intended for evaluation in engineered battery modules and packs. Check the applicable current limits, voltage settings, terminal connections, cooling and protection requirements against the complete manufacturer specification before integrating it into a system.
EVE INP114E M11 CELL
| Manufacturer | EVE Energy |
| Cell / Product Model | INP114E / M11 |
| Cell Type | Rechargeable NCM lithium-ion; prismatic aluminum case |
| Nominal Capacity | 114.2Ah |
| Minimum Capacity | ≥105.6Ah at 1C |
| Nominal Voltage | 3.73V |
| Nominal Energy | Approx. 426Wh; calculated from nominal voltage and capacity |
| Minimum Energy | ≥405Wh at 1C |
| Initial AC Resistance | 0.6±0.1mΩ at 1kHz and 30% SOC |
| Charge Cut-off Voltage | 4.30V per cell |
| Discharge Cut-off Voltage | 2.80V per cell at room temperature |
| Standard Charge Rate | 1/3C; approx. 38.1A calculated using nominal capacity |
| Standard Discharge Rate | 1/3C; approx. 38.1A calculated using nominal capacity |
| Charge Temperature | 0 to 50°C |
| Discharge Temperature | −30 to 55°C |
| Length L1 / L2 | 301.7±0.3mm / 301.7±0.3mm |
| Overall Height | 94.7±0.5mm including terminals |
| Case Height | 91.0±0.35mm excluding terminals |
| Thickness | 26.5±0.2mm |
| Weight | 1754±30g |
| Energy Density | Approx. 243Wh/kg |
| Cycle Life | 1,500 cycles; ≥70% capacity retention |
| Cycle Test Conditions | 25°C; 0.5C charge / 0.5C discharge |
Confirm the complete test procedures, current limits, voltage limits at other temperatures, mechanical drawing and specification revision before pack design. Standard current is not a maximum-current rating.
EVE INP114E M11 CELL
The nominal voltage and capacity correspond to approximately 426Wh per cell, calculated. Minimum capacity is separately specified as ≥105.6Ah at 1C.
Initial AC resistance is 0.6±0.1mΩ at 1kHz and 30% SOC. Apply the same test conditions when comparing measurements or establishing acceptance procedures.
Separate case and overall heights support enclosure and terminal-clearance planning. Confirm the complete drawing, connection method and installation requirements before module design.
The stated result is 1,500 cycles with ≥70% capacity retention at 25°C and 0.5C/0.5C. Pack service life depends on its actual operating conditions.
EVE INP114E M11 CELL
The INP114E may be considered for engineered battery systems after review of the complete cell specification, operating profile and system-level requirements.
114.2Ah is the nominal capacity. The separately stated minimum is ≥105.6Ah at 1C; the two values should be compared with their respective test conditions.
Yes. The stated overall height is 94.7±0.5mm including terminals; the case height excluding terminals is 91.0±0.35mm.
No. Approximately 38.1A is calculated from the standard 1/3C rate using 114.2Ah nominal capacity. Confirm the maximum current and its operating conditions in the applicable datasheet.
EVE INP114E M11 CELL
MISEN supports B2B cell sourcing and custom battery pack projects. EVE is the manufacturer of the INP114E cell. Contact MISEN to confirm availability, specification revision and project requirements.
Share your quantity, delivery country and purchasing schedule so we can check the model, available batch information and quotation conditions.
Request applicable manufacturer specifications, mechanical drawings and available transport or compliance documents, subject to availability and sharing permissions.
Discuss the target pack voltage, capacity, current profile, enclosure space and environment. Cell matching, BMS, connections and thermal design require project-specific review.
Use the product-page inquiry form to send your required quantity, destination, application and technical requirements. Include EVE INP114E M11 in your message.
