Ultra-high capacity NCM/Si-C lithium-ion battery cell with 120Ah capacity and 398Wh/kg energy density, designed for long-endurance UAV platforms requiring high energy storage and reliable power performance.
Model: LP120118356N120
Battery Chemistry: NCM/Si-C Lithium-Ion
Nominal Capacity: 120.0Ah
Nominal Voltage: 3.50V
Maximum Charge Voltage: 4.30V
Energy: 420.0Wh
Energy Density: 398Wh/kg
Battery Type: High Energy Density Lithium-Ion Battery Cell
Cell Dimension: 12.0 × 118 × 356mm (T×W×L)
Average Weight: 1056g
Maximum Continuous Discharge Current: 1~2C
Pulse Discharge Current: 3C (10s)
Maximum Charge Current: 1C
Cycle Life: ≥300 cycles (Capacity Retention ≥80%)
Application: UAV, Industrial Drone, Agricultural Drone
Features
Ultra High Capacity Battery Cell
With a capacity of 120Ah, this NCM/Si-C lithium-ion battery cell provides high energy storage capability for UAV platforms requiring extended flight time and efficient energy utilization.
High Energy Density Performance
With an energy density of up to 398Wh/kg, the battery cell delivers an excellent balance between capacity, weight efficiency and operational performance.
Long Endurance Energy Solution
The large-capacity design helps support long-duration UAV operations by providing stable energy supply and reducing the need for frequent battery replacement.
Reliable Power Output
Supporting 1~2C continuous discharge and 3C pulse discharge, the cell provides stable power delivery for professional UAV and industrial applications.
Custom Battery Integration Capability
The cell supports OEM/ODM battery development, including battery pack design, capacity configuration, structural optimization and BMS integration.
Applications
Designed for a wide range of high-performance applications, including:
✅ Industrial UAV Applications
✅ Professional Drone Systems
✅ Agricultural & Inspection Drones
✅ Robotics and Autonomous Platforms
✅ Electric Mobility Solutions
✅ Customized Battery Pack Development
OEM support available with customized battery solutions and sample evaluation.




