LFP battery 6C

for UPS

Overview
The LFP-50Ah6C is a lithium iron phosphate (LFP) cell designed for fast-charge and high short-term power delivery. It supports rapid charging up to approximately 95% state of charge in 15 minutes and enables high-power discharge for short durations to meet peak demand while maintaining multilayer protection and energy-efficiency considerations.

Application Scenarios

• Small motive power systems and auxiliary power units
• Advanced start-stop and rapid restart applications
• Critical uninterruptible power supply (UPS) systems
• EVs, mobile power solutions and energy storage systems requiring fast recharge

Key Features

• Fast-charge capability: achieves ~95% state of charge in about 15 minutes at specified charge rates.
• High short-term power: supports rapid discharge for ~10 minutes to supply elevated power when required.
• Configurable C-rate support: 4C / 6C operation options for charge/discharge profiles.
• Safety and control: integrated management and multi-layer protection to ensure controlled fast charging and discharge.
• Operational efficiency: reduced downtime and faster turnaround for systems requiring frequent recharges.
• Environmental focus: LFP chemistry provides long cycle life and stability for sustainable applications.

Industry Applications
Suitable for motive power, energy storage, UPS and AIDC batteries, telecom backup and other industrial sectors that demand fast-charge capability, high-power bursts and reliable cell performance.

Technical specifications

• Commercial designation: LFP-50Ah6C
• Nominal capacity: 50 Ah
• Fast-charge performance: reaches ~95% state of charge in approximately 15 minutes
• Rapid discharge capability: supports ~10-minute high-power discharge
• C-rate options: 4C / 6C (fast-charge/discharge capability)
• Cell chemistry: LFP (Lithium Iron Phosphate)
• Primary target applications: EVs, energy storage, UPS, small power systems, start-stop systems
• Design priorities: rapid charging, high short-term power output, safety controls and multi-layer protection, environmental sustainability