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Joysun 16Ah Anode Free Battery

The Joysun Energy Joysun 16Ah Anode Free Battery powers industrial drones for mapping, survey, inspection and rescue. Its specified configuration provides 16Ah capacity, 3.85V operation, 3C maximum discharge and 500Wh/kg energy density, with an operating range of -40 to 60°C and OEM/ODM customization support.

Joysun EnergyDrone battery
Capacity
16Ah
Voltage
3.85 V
Discharge rate
3C

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Product overview

The Joysun Energy Joysun 16Ah Anode Free Battery is a power component for industrial drones performing mapping, survey, inspection and rescue work. Its anode-free battery architecture combines a 16Ah capacity with 3.85V operation, a maximum discharge rate of 3C and an energy density of 500Wh/kg. The operating temperature range extends from -40 to 60°C for outdoor field use. Joysun also supports OEM and ODM customization for drone projects with application-specific battery requirements.

At the cell-technology level, Joysun’s anode-free battery comparison gives energy density of up to 600+Wh/kg and weight approximately 40–50% below the traditional UAV lithium-ion baseline. These technology-level figures are separate from the 16Ah battery’s 500Wh/kg rating. The comparison assigns the anode-free technology a cycle life of 10–20 cycles, versus 800–1500 cycles for semi-solid-state cells and 500–1000 cycles for traditional UAV lithium-ion cells. It also characterizes the anode-free technology as near non-flammable.

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Specifications

SpecificationValue & conditions
Manufacturer and modelJoysun Energy — Joysun 16Ah Anode Free Battery
Product typeAnode-free battery for industrial drones
PurposeLong flight for mapping, survey, inspection and rescue
Capacity16Ah
Voltage3.85V
Discharge rate3CMaximum discharge.
Energy density500Wh/kg16Ah battery configuration.
Operating temperature-40 to 60°C
Comparative energy density
  • Anode-free: up to 600+Wh/kg;
  • semi-solid-state: ~350–400 Wh/kg;
  • traditional UAV lithium-ion: 180~260Wh/kg
Cell-technology comparison; values ordered as anode-free battery, semi-solid-state, traditional UAV lithium-ion.
Comparative weight
  • Anode-free: ~40–50% lighter;
  • semi-solid-state: ~20–30% lighter;
  • traditional UAV lithium-ion: baseline
Cell-technology comparison against the traditional UAV lithium-ion weight baseline.
Comparative cycle life
  • Anode-free: 10–20 cycles;
  • semi-solid-state: 800–1500 cycles;
  • traditional UAV lithium-ion: 500–1000 cycles
Cell-technology comparison; values ordered as anode-free battery, semi-solid-state, traditional UAV lithium-ion.
Comparative low-temperature performance
  • Anode-free: better (-40 to 60°C);
  • semi-solid-state: better (-40 to 60°C);
  • traditional UAV lithium-ion: fair
Cell-technology comparison.
Comparative safety characterization
  • Anode-free: excellent (near non-flammable);
  • semi-solid-state: excellent (near non-flammable);
  • traditional UAV lithium-ion: moderate (thermal runaway risk)
Cell-technology comparison.
CustomizationOEM and ODM support for drone projects
Country of originChina

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