Published record
Cylindrical form-factor illustration, not a photograph of LG Energy Solution INR18650HJ2
Form-factor illustration · not a model photograph
NMCCylindrical

LG Energy Solution INR18650HJ2

LG Energy Solution INR18650HJ2: 3Ah, 3.6V NMC cylindrical battery cell. Dimensions Ø18.3 × 65.05 mm.

Capacity

3Ah

Chemistry

NMC

Format

Cylindrical

Weight

Not provided

Specification

Engineering parameters

Core fields 3/4 · 0 individually confirmed fields
Coverage counts capacity, voltage, dimensions and weight; it does not certify the model. Missing fields are not zero. Expand each metric to inspect its conditions and evidence.

BrandLG Energy Solution
ModelINR18650HJ2
Form factorCylindrical
ChemistryNMC
Nominal capacity3Ah
Nominal voltage3.6V
Voltage range2.5–4.2 V
DimensionsØ18.3 × 65.05 mm
ApplicationRechargeable
Energy (calculated)10.8 Wh
Volumetric energy density (calculated)631 Wh/L
Operating temperature
Charge 0–50 ℃; Discharge -20–50 ℃
Conditions & source

(Atmosphere or Chamber Temperature) Charge 0 ~ 50°C Discharge -20 ~ 50°C * Max. cell surface temperature should be below 75°C for discharging (Temperature cut-off function is needed on BMU under 70’C of cell surface tem

Source version: 1 · Page 5

Source datasheet (access rules apply)

Chamber Temperature) Charge 0 ~ 50°C Discharge -20 ~ 50°C * Max. cell surface temperature should be below 75°C for discharging (Temperature cut-off function is needed on BMU under 70’C of cell surface temperature.) 2.16 Sto

Source version: 1 · Page 5

Source datasheet (access rules apply)
Internal resistance
≤13 mΩ · AC 1000 Hz
Conditions & source

Initial AC Impedance Cell shall be measured at 1kHz after charge4.1.1 ≤ 13 mΩ, without PTC

Source version: 1 · Page 8

Source datasheet (access rules apply)

Not provided: Max continuous charge, Max continuous discharge, Max pulse charge, Max pulse discharge, Cell weight, Cycle life.

Source note: Values should be verified against the latest manufacturer datasheet before pack design or procurement approval. Calculated values derive from the nominal figures above and are not manufacturer ratings.

Second source

Similar cells

Same chemistry and format, with nominal capacity within 10%. This is a starting point, not a confirmation that the cells are interchangeable.

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