High-Capacity 8000mah 3S LiPo Battery - 91.2Wh for Extended Runtime in Drones and Power Stations, 11.4V Standard Voltage

High-Capacity 8000mah 3S LiPo Battery - 91.2Wh for Extended Runtime in Drones and Power Stations, 11.4V Standard Voltage

Features

• High Energy Capacity (91.2Wh): Provides extended operational duration, significantly reducing the frequency of recharge cycles for compatible devices.
• Standard Voltage Compatibility: The 11.4V (12.6V charged) output is widely compatible with a vast array of devices designed for 3S LiPo or nominal 12V systems.
• Optimized for Sustained Power: Engineered to deliver stable voltage and high current over long periods, supporting equipment with continuous high-power demands.
• Air Transport Friendly: With an energy rating under 100Wh, this pack typically complies with regulations for carry-on luggage on most airlines (always check with airline first).

Specifications

Applications

• Long-Range/Heavy-Lift Drones: UAVs for extended aerial photography, surveying, or agricultural operations requiring maximum flight time.
• Portable Power Stations & Solar Generators: As a core power module in DIY or commercial 12V portable energy storage systems.
• High-Power RC Vehicles: Large-scale RC cars, boats, and trucks where extended runtimes are desired.
• Professional Video/Photo Equipment: Powering mobile monitors, transmitter systems, or high-power LED light panels on location.
• Backup Power Systems: For telecommunications equipment, camping setups, or emergency devices.

Warnings & Precautions

Charging

• Use only a LiPo-balance charger set correctly to 3S (12.6V).
• Charge at 1C or lower (≤8.0A) unless specifications allow faster rates.
• Never leave charging unattended. Charge in a fire-proof LiPo bag on a non-flammable surface.
• Stop charging if the battery swells, heats excessively, or emits an odor.

Discharging

• Never discharge below 9.0V (3.0V per cell). Use your device’s low-voltage cutoff or a standalone alarm.
• Avoid continuous current draws exceeding the rated C-rating.
• Prevent short circuits by insulating terminals when not connected.
• After any impact, inspect for damage (swelling, punctures, leaks) before reuse.

Storage

• For storage >3 days, bring voltage to ~11.4V using the charger’s storage function.
• Store in a cool, dry place (10°C–25°C).
• For Air Transport: Check specific airline and IATA regulations. Typically, batteries under 100Wh are allowed in carry-on baggage in limited quantities.
• Dispose of at a certified battery-recycling facility. Do not discard in household trash.