High capacity NCM/Si-C lithium battery cell with 41Ah capacity and 391Wh/kg energy density, designed for long endurance UAV applications requiring lightweight and reliable power performance.

Model: LP10588187N41

Battery Chemistry: NCM/Si-C Lithium-Ion

Nominal Capacity: 41.0Ah

Nominal Voltage: 3.50V

Maximum Charge Voltage: 4.30V

Energy: 143.5Wh

Energy Density: 391Wh/kg

Battery Type: High Energy Density Lithium Battery Cell

Cell Dimension: 10.5 × 88 × 187mm (T×W×L)

Average Weight: 367g

Maximum Continuous Discharge Current: 2~3C

Pulse Discharge Current: 10C (10 seconds)

Maximum Charge Current: 1C

Cycle Life: ≥300 cycles (Capacity Retention ≥80%)

Application: UAV, Industrial Drone, Agricultural Drone

Customization: OEM/ODM battery cell and pack solutions available

Features

High Energy Density Performance

With 391Wh/kg energy density, this NCM/Si-C lithium battery cell provides excellent energy-to-weight efficiency for long endurance UAV and industrial applications.

High Capacity Battery Solution

The 41Ah capacity design provides increased energy storage capability while maintaining a lightweight structure for professional UAV platforms.

High Rate Discharge Capability

Supporting 2~3C continuous discharge and 10C pulse discharge, the battery cell delivers stable power output for high-performance applications.

Advanced NCM/Si-C Battery Technology

The NCM/Si-C chemistry improves energy density and power performance, providing an efficient lithium battery solution for next-generation applications.

Custom Battery Integration Support

OEM/ODM services are available for customized battery pack development, including capacity configuration, structural design 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/ODM support available with customized battery solutions and sample evaluation.