INR18650-MJ1

From Battery Knowledge Base
Item:OSW4cc680e60cef403087c2f70908ea04a5
INR18650-MJ1 [OSW4cc680e60cef403087c2f70908ea04a5]
ID OSW4cc680e60cef403087c2f70908ea04a5
UUID 4cc680e6-0cef-4030-87c2-f70908ea04a5
Label INR18650-MJ1
Short name MJ1
Machine compatible name Inr18650Mj1
Ontology equivalents
Statements (outgoing)
Statements (incoming)
Keywords 18650

Description

A type of cylindrical lithium-ion battery cell manufactured by LG Chem

Item
Type(s)/Category(s) PhysicalItem
PhysicalItem

This is a conceptual page intended for development purposes. The content is placeholder information that has not been verified.

Overview

The INR18650-MJ1 cell (also known by its short name MJ1) is a cylindrical lithium-ion battery cell manufactured by the South Korean company LG Chem. It is a popular cell in published battery research studies due to its availability and industrial relevance. The cell uses a nickel manganese cobalt material as the basis for the positive electrode active material, and a blended graphite, silicon oxide material as the negative electrode active material.

Properties

Qualitative Properties
Manufacturer LG Chem
Model MJ1
Case R18650
IEC Code INR18650
Property Value Unit
Mass 0.049 Kilogram
Height 0.065 Metre
Diameter 0.018 Metre
Rated Capacity 3.5 AmpereHour
Nominal Voltage 3.635 Volt
Upper Voltage Limit 4.2 Volt
Lower Voltage Limit 2.5 Volt
Discharging Current 0.7 Ampere
Maximum Continuous Discharging Current 10 Ampere
Charging Current 0.96 Ampere
Maximum Continuous Charging Current 3.4 Ampere

Materials

Component Material Reference
Positive Electrode
Active Material NMC XXX
Binder PVDF XXX
Additive Carbon Black XXX
Current Collector Aluminium XXX
Negative Electrode
Active Material Graphite, Silicon Oxide XXX
Binder CMC XXX
Additive Carbon Black XXX
Current Collector Copper XXX
Separator XXX XXX
Electrolyte
Solvent XXX XXX
Salt LiPF6 XXX
Case R18650 XXX

Published Resources

Research Papers

Paper Title
Data for an Advanced Microstructural and Electrochemical Datasheet on 18650 Li-ion Batteries with Nickel-Rich NMC811 Cathodes and Graphite-Silicon Anodes
Suitability of physicochemical models for embedded systems regarding a nickel-rich, silicon-graphite lithium-ion battery

Datasets

Dataset Name Description
Lithium Ion Battery Test Dataset for Maritime Transport INR18650-MJ1 INR18650-MJ1 test data obtained from cycling under conditions relevant for maritime transport applications.

Related Products

External Links

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