Cell Library

Explore other cells Start free trial

Back to Cell Library

EVE Energy 23V

Name: EVE Energy 23V
Brand: EVE Energy

EVE Energy · INR18500-23V · China

Li-ionCylindrical 18500

Explore the EVE Energy 23V lithium-ion cylindrical 18500 battery cell including capacity, mass, energy density and performance data. Compare specifications and simulate battery behaviour using validated models in the Voltt.

Gravimetric Energy Density

231Wh/kg

Gravimetric Power Density

692W/kg

EVE Energy 23V Battery Cell Specifications

Top-level spec data shown here is directly from the manufacturer. Modelled and experimental metrics - including energy density, power density, TEL and discharge curves - are available through our simulation tools.

Overview

Manufacturer: EVE Energy
Model: INR18500-23V
Model (Short): 23V
Cell Type: Li-ion
Form Factor: Cylindrical 18500
Country of Origin: China

Mechanical

Mass: 38.0g
Volume: 13.2cm³
Height: 50.0mm
Diameter: 18.4mm

Chemistry

Positive Electrode Material: Ni-based

Electrical

Energy

Nominal Energy Capacity: 8.8Wh
Nominal Charge Capacity: 2.40Ah
Gravimetric Energy Density: 231Wh/kg
Volumetric Energy Density: 662Wh/L

Power

Gravimetric Power Density: 692W/kg
Volumetric Power Density: 1987W/L

Thermal

Minimum Charge Temperature: 0°C
Maximum Charge Temperature: 45°C
Minimum Discharge Temperature: -20°C
Maximum Discharge Temperature: 60°C

EVE Energy Manufacturer Profile

Get in touch with EVE Energy

EVE Energy

EVE Energy is a Chinese battery manufacturer headquartered in Huizhou, Guangdong, and one of the largest global suppliers by volume. It produces cylindrical, prismatic and pouch cells across LFP and nickel-rich NMC chemistries, including 21700 cells such as the 40P and 50E, plus primary lithium and sodium-ion cells. Its breadth is unusual: it is a top energy storage cell supplier while also producing 46-series large cylindrical cells for automotive customers such as BMW.

Explore other battery cells in the Voltt database

Explore other cells

Looking for the underlying physics? Learn about our electrical models on docs.aboutenergy.io.