VBpower 51.8V 72Ah High Energy Density Solid State Battery for Drones Multi-rotor VTOL Mapping


Model:VB-51.8V-72000mAh

Specification:

Capacity: 72Ah

Energy: 3729.6Wh

Voltage: 51.8V

Cell Voltage: 3.7V

Cell Full Voltage:4.2V

Continuous Discharge Rate: 3C (216A)

Peak C Rate: 5C (360A, ≤10s)

Standard Charge: 0.5C (36A)

Max. Charge: 1C (72A)

Charge Temperature: 0°C to 45°C

Discharge Temperature: -20°C to 55°C (≥60% capacity at -20°C)

Weight: 9.652Kg

Applications:

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

Suitable for both commercial and industrial applications.

Features:

High Energy Density (386Wh/kg) – Extended flight time in a compact, lightweight package

Ultra-Low Internal Resistance (≤15mΩ) – Improved power delivery and energy efficiency

Broad Temperature Operation (-20°C to 55°C) – Reliable performance in diverse environments, with ≥60% capacity retention at -20°C

Long Cycle Life (≥500 cycles) – Sustained reliability and lower total cost of ownership

Advanced Safety Features – Built to withstand harsh conditions without compromising performance

Capacity: 72Ah

Energy: 3729.6Wh

Voltage: 51.8V

Cell Voltage: 3.7V

Cell Full Voltage:4.2V

Continuous Discharge Rate: 3C (216A)

Peak C Rate: 5C (360A, ≤10s)

Standard Charge: 0.5C (36A)

Max. Charge: 1C (72A)

Charge Temperature: 0°C to 45°C

Discharge Temperature: -20°C to 55°C (≥60% capacity at -20°C)

Weight: 9.652Kg

Applications:

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

Suitable for both commercial and industrial applications.

Features:

High Energy Density (386Wh/kg) – Extended flight time in a compact, lightweight package

Ultra-Low Internal Resistance (≤15mΩ) – Improved power delivery and energy efficiency

Broad Temperature Operation (-20°C to 55°C) – Reliable performance in diverse environments, with ≥60% capacity retention at -20°C

Long Cycle Life (≥500 cycles) – Sustained reliability and lower total cost of ownership

Advanced Safety Features – Built to withstand harsh conditions without compromising performance