Product Specifications
Product Model: LP5560145N10.5
Battery Chemistry: NCM/Si-C
Nominal Capacity: 10.5Ah
Nominal Voltage: 3.50V
Maximum Charge Voltage: 4.30V
Energy: 36.8Wh
Energy Density: 371Wh/kg
Cell Dimension: 5.5 × 60 × 145mm (T×W×L)
Average Weight: 99g
Maximum Continuous Discharge Current: 2–3C
Pulse Discharge Current: 10C (10 seconds)
Maximum Charge Current: 1C
Cycle Life: ≥300 cycles (Capacity Retention ≥80%)
Battery Type: NCM/Si-C High Energy Density Lithium Battery Cell
Customization: OEM/ODM battery cell and pack solutions available
Features
371Wh/kg High Energy Density
With 371Wh/kg energy density, this NCM/Si-C battery cell provides high specific energy for applications where battery weight and available energy are important.
Lightweight 10.5Ah Battery Cell
With a nominal capacity of 10.5Ah and an average weight of 99g, the cell provides 36.8Wh of energy in a compact pouch-cell format, supporting lightweight battery system designs.
10C Pulse Discharge Capability
Supporting 2–3C continuous discharge and up to 10C pulse discharge for 10 seconds, the cell provides additional short-duration power capability for demanding applications.
Compact Pouch Cell Design
With dimensions of 5.5 × 60 × 145mm, the pouch-cell format provides flexibility for battery pack integration where space and weight are important considerations.
NCM/Si-C Chemistry
The NCM/Si-C chemistry is designed to provide a balance of energy density, weight and power performance for advanced battery applications.
OEM/ODM Battery Solutions
MXARI provides customized battery cell and pack solutions based on specific application requirements, including cell selection, battery configuration and sample evaluation.
Applications
Designed for a range of lightweight and high-performance applications, including:
✅ Lightweight UAV Applications
✅ Professional Drone Systems
✅ Agricultural & Inspection Drones
✅ Robotics and Autonomous Platforms
✅ Lightweight Industrial Equipment
✅ Customized Battery Pack Development
OEM/ODM support available with customized battery solutions and sample evaluation.
