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VR2

Murata

Coming Soon

VR2

Murata

Coming Soon

Overview

Manufacturer: Murata
Model: US14500VR2
Cell Type: Li-ion
Form Factor: Cylindrical 14490
Country of Origin: Japan
Release Year: 2015

Thermal

Minimum Charge Temperature: -
Maximum Charge Temperature: -
Minimum Discharge Temperature: -
Maximum Discharge Temperature: -

Mechanical

Mass: 19.3 g
Volume: 7.75 cm³
Height: 49.3 mm
Diameter: 14.15 mm

Chemistry

Positive Electrode Material: -
Negative Electrode Material: -

Electrical

Nominal Energy Capacity: 2.574 Wh
Nominal Charge Capacity: 0.715 Ah
Gravimetric Energy Density: 133 Wh/kg
Volumetric Energy Density: 332 Wh/L
Gravimetric Power Density: -
Volumetric Power Density: -
Max Continuous Charge: -

Simulate This Cell

Run simulations with custom duty cycles and pack configurations

Coming soon to Simulate. Details available upon request.

Overview

Manufacturer: Murata
Model: US14500VR2
Cell Type: Li-ion
Form Factor: Cylindrical 14490
Country of Origin: Japan
Release Year: 2015

Thermal

Minimum Charge Temperature: -
Maximum Charge Temperature: -
Minimum Discharge Temperature: -
Maximum Discharge Temperature: -

Mechanical

Mass: 19.3 g
Volume: 7.75 cm³
Height: 49.3 mm
Diameter: 14.15 mm

Chemistry

Positive Electrode Material: -
Negative Electrode Material: -

Electrical

Nominal Energy Capacity: 2.574 Wh
Nominal Charge Capacity: 0.715 Ah
Gravimetric Energy Density: 133 Wh/kg
Volumetric Energy Density: 332 Wh/L
Gravimetric Power Density: -
Volumetric Power Density: -
Max Continuous Charge: -

Simulate This Cell

Run simulations with custom duty cycles and pack configurations

Coming soon to Simulate. Details available upon request.

Max Continuous Charge (C-rate)

-

Max Continuous Discharge

-

Max Continuous Discharge (C-rate)

-

Voltage

Nominal Voltage

3.6 V

Max Voltage

4.2 V

Min Voltage

3 V

Max Continuous Charge (C-rate)

-

Max Continuous Discharge

-

Max Continuous Discharge (C-rate)

-

Voltage

Nominal Voltage

3.6 V

Max Voltage

4.2 V

Min Voltage

3 V

Cell Library

VR2

VR2

Overview

Thermal

Mechanical

Chemistry

Electrical

Energy

Power

Current

Overview

Thermal

Mechanical

Chemistry

Electrical

Energy

Power

Current

Voltage

Voltage