VBpower 80000mAh 51.8V 14S High Energy Density Solid State Battery for Drones Multi-rotor VTOL Mapping


Model:VB-51.8V-80000mAh

Specification:

Capacity: 80000mAh

Energy: 4144Wh

Voltage: 51.8V

Cell Voltage: 3.7V

Cell Full Voltage:4.2V

Fast Charge: 1C (80A)

Continues C Rate: 1.5C (120A)

Peak C Rate: 3C (240A, 10s)

Charge Temperature: -10℃ to 45℃ (charge current derated below 0℃)

Discharge Temperature: -20°C to 55°C

Standard Charge: 0.5C (40A)

Weight: 11.59Kg

Applications:

Perfect for drones, UAVs, and other high-demand electronics.

Suitable for both commercial and industrial applications.

Features:

High energy density (357Wh/kg) ensures powerful performance in a compact size.

Internal Resistance: ≤25mΩ (typical ≤20mΩ, AC impedance @1kHz) for improved power delivery and efficiency.

Operates across a broad temperature range (-20℃ to 55℃), making it suitable for diverse applications.

Long cycle life ≥1000 cycles (80% remaining capacity, 1C discharge / 0.5C charge, 25℃) for sustained reliability.

Incorporates advanced safety features to withstand harsh conditions without compromising performance.

Capacity: 80000mAh

Energy: 4144Wh

Voltage: 51.8V

Cell Voltage: 3.7V

Cell Full Voltage:4.2V

Fast Charge: 1C (80A)

Continues C Rate: 1.5C (120A)

Peak C Rate: 3C (240A, 10s)

Charge Temperature: -10℃ to 45℃ (charge current derated below 0℃)

Discharge Temperature: -20°C to 55°C

Standard Charge: 0.5C (40A)

Weight: 11.59Kg

Applications:

Perfect for drones, UAVs, and other high-demand electronics.

Suitable for both commercial and industrial applications.

Features:

High energy density (357Wh/kg) ensures powerful performance in a compact size.

Internal Resistance: ≤25mΩ (typical ≤20mΩ, AC impedance @1kHz) for improved power delivery and efficiency.

Operates across a broad temperature range (-20℃ to 55℃), making it suitable for diverse applications.

Long cycle life ≥1000 cycles (80% remaining capacity, 1C discharge / 0.5C charge, 25℃) for sustained reliability.

Incorporates advanced safety features to withstand harsh conditions without compromising performance.


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