The nominal voltage of a typical 3.2V LiFePO4 cell is 3.2V with a maximum charging voltage of about 3.65V. Charging shall be done in accordance with the manufacturer's instructions of the cells with a proper CC/CV charging system. Multi-cell battery packs have a charging voltage that is determined by the number of cells in series.

When used within the recommended charging and discharging rates and temperature limits of the battery, LiFePO4 batteries can offer long cycle life. Depending on the model, some GLOFLUX LiFePO4 batteries can be charged and discharged, for defined test conditions, about 2000 times. Actual service life is dependent on depth of discharge, operating temperature, charging conditions and usage patterns.

Yes. The solar street lights and outdoor lighting system use LiFePO4 batteries, which are generally characterized by cycle life, thermal stability and energy storage properties. The selection of battery capacity depends on the power consumption of the LED, the number of hours the LED needs to run during the night, the solar charging conditions, and the local ambient temperature.

Yes. GLOFLUX can be customized with OEM pouch cells, 18650, 26650, 32700 and selected cells. Depending on project needs, customized battery packs can be created of various sizes, series-parallel combinations, protection circuits, wiring, connectors, and physical shapes.

Please supply the following information when ordering an OEM quotation: required voltage, capacity, cell format, battery dimensions, continuous discharge current, peak discharge current, operating temperature, application and estimated order quantity. Technical drawings, reference samples or existing battery specifications will assist GLOFLUX in determining a design and manufacturing solution if available.