MH1 | Voltt

MH1

LG Chem

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Overview

Manufacturer

LG Chem

Cell Model

INR18650-MH1

Cell Type

Li-ion

Form Factor

Cylindrical 18650

Country of Origin

South Korea

Release Year

2014

Thermal

Minimum Charge Temperature

-

Maximum Charge Temperature

-

Maximum Discharge Temperature

-

Minimum Discharge Temperature

-

Mechanical

Mass

49 g

Volume

17.32 cm³

Height

65.15 mm

Diameter

18.4 mm

Chemistry

Positive Electrode Material

Ni-based

Negative Electrode Material

Graphite

Electrical

Energy

Volumetric Energy Density

678 Wh/L

Gravimetric Energy Density

240 Wh/kg

Nominal Energy Capacity

11.744 Wh

Nominal Charge Capacity

3.2 Ah

Power

Volumetric Power Density

-

Gravimetric Power Density

-

Current

Max Continuous Charge

-

Max Continuous Charge (C-rate)

-

Max Continuous Discharge

-

Max Continuous Discharge (C-rate)

-

Voltage

Nominal Voltage

3.67 V

Max Voltage

4.2 V

Min Voltage

2.5 V

This cell is coming to Simulate soon - want to access cell insights now?

Speak with our team to access this advanced simulation output

Fixed Rate

0.5 C1 C3 C

Load Type

Operation

Initial SOC [%]

Initial Cell Temperature [°C]

Heat Transfer Coefficient [W/m²K]

Want to edit the inputs and run your own Drive Cycles?

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MH1

LG Chem

Coming Soon

We tear down cells and accurately measure every physical parameter

Book a Call

Overview

Manufacturer

LG Chem

Cell Model

INR18650-MH1

Cell Type

Li-ion

Form Factor

Cylindrical 18650

Country of Origin

South Korea

Release Year

2014

Thermal

Minimum Charge Temperature

-

Maximum Charge Temperature

-

Maximum Discharge Temperature

-

Minimum Discharge Temperature

-

Mechanical

Mass

49 g

Volume

17.32 cm³

Height

65.15 mm

Diameter

18.4 mm

Chemistry

Positive Electrode Material

Ni-based

Negative Electrode Material

Graphite

Electrical

Energy

Volumetric Energy Density

678 Wh/L

Gravimetric Energy Density

240 Wh/kg

Nominal Energy Capacity

11.744 Wh

Nominal Charge Capacity

3.2 Ah

Power

Volumetric Power Density

-

Gravimetric Power Density

-

Current

Max Continuous Charge

-

Max Continuous Charge (C-rate)

-

Max Continuous Discharge

-

Max Continuous Discharge (C-rate)

-

Voltage

Nominal Voltage

3.67 V

Max Voltage

4.2 V

Min Voltage

2.5 V

This cell is coming to Simulate soon - want to access cell insights now?

Speak with our team to access this advanced simulation output

Fixed Rate

0.5 C1 C3 C

Load Type

Operation

Initial SOC [%]

Initial Cell Temperature [°C]

Heat Transfer Coefficient [W/m²K]

Want to edit the inputs and run your own Drive Cycles?