LiFePO4 battery Green Cell LXLFP90 3.2V 90Ah

Green Cell LXLFP90 is a LiFePO4 rechargeable battery with a nominal voltage of 3.2 V and a capacity of 90 Ah, intended for DC power systems that require stable, long-lasting cells. The battery combines a proven LiFePO4 chemistry with thermal and chemical stability to deliver consistent voltage output and extended cycle life. It is suitable for integration into modular battery banks and fits applications where low maintenance, predictable performance and enhanced safety are priorities.

Advantages

The Green Cell LXLFP90 offers a high cycle life compared with lead-acid alternatives, maintaining usable capacity across many charge/discharge cycles. Its LiFePO4 chemistry provides stable voltage under load and improved thermal stability, which reduces the risk of thermal runaway. The cell’s energy density and nominal 3.2 V output facilitate series and parallel configurations for flexible system design. Overall, the battery reduces maintenance needs and supports reliable continuous or standby DC power delivery.

Suitable for

• Solar photovoltaic energy storage and hybrid inverter systems
• Uninterruptible power supplies (UPS) for critical equipment
• Off-grid and backup power installations
• DC power banks and telecom power systems

Key specifications

• Cell chemistry: lithium iron phosphate (LiFePO4)
• Nominal voltage: 3.2 V
• Nominal capacity: 90 Ah
• Recommended operating temperature range: see manufacturer guidelines for charge and discharge limits
• Suitable for series or parallel connection in multi-cell systems
• Designed for long cycle life and stable voltage output under load

How to use

Use the Green Cell LXLFP90 within the recommended charge and discharge parameters provided by the manufacturer. For system integration, combine cells to achieve the required system voltage and capacity, observing correct series or parallel wiring and balancing practices. Employ an appropriate battery management system (BMS) to control charging, discharging, cell balancing and to provide overcurrent, overvoltage and temperature protection. Ensure proper ventilation and mounting to maintain safe operating temperatures and prevent mechanical stress on the cell terminals.

Usage recommendations

Follow the manufacturer’s charging profile and BMS settings for LiFePO4 chemistry, avoid deep discharges below recommended cutoff voltage, and store cells at partial state of charge if not used for extended periods. Regularly inspect connections and system health, and match cells of the same type and age when building multi-cell packs to ensure balanced performance and maximum service life.