Shoto LiFePO4 Battery
SDA-48200 Shoto LiFePO4 Battery 48V 200Ah For Telecom 5U Height 480mm Depth
Shoto SDA-48200 48V200Ah LiFePO4 Lithium on Battery System for Telecom 5U Height 480mm Depth Backup Power Supply For FTTB,FTTH,ONU,EPO Napplicable to stable grid, half-grid and other scenes Key advantages High energy density: more energy with less weight and footprint High charge and discharge currents (short charge period) High effciency between charging and discharging Higher continual power available Wide operating temperaturePredictable end of life due BMS controller
SDA-4850 Shoto LiFePO4 Battery 48V 50Ah Lithium On Battery System For Telecom
Shoto SDA-4850 48V50Ah LiFePO4 Lithium on Battery System for Telecom Application Scenarios Backup Power Supply For FTTB,FTTH,ONU,EPO Napplicable to stable grid, half-grid and other scenes Key advantages High energy density: more energy with less weight and footprint High charge and discharge currents (short charge period) High effciency between charging and discharging Higher continual power available Wide operating temperaturePredictable end of life due BMS controller Other
48V 100Ah SDA-48100 Shoto LiFePO4 Battery 5.12kW Li On Battery
Shoto SDA-48100 48V100Ah LiFePO4 Lithium on Battery System for Telecom 3U Height 540mm Depth Application Scenarios Backup Power Supply For FTTB,FTTH,ONU,EPO Napplicable to stable grid, half-grid and other scenes Key advantages High energy density: more energy with less weight and footprint High charge and discharge currents (short charge period) High effciency between charging and discharging Higher continual power available Wide operating temperaturePredictable end of life
Shoto SDA-48100 48V 100Ah LiFePO4 Battery Lithium On Battery 3U Height 540mm Depth
Shoto SDA-48100 48V100Ah LiFePO4 Lithium on Battery System for Telecom 3U Height 540mm Depth Application Scenarios Backup Power Supply For FTTB,FTTH,ONU,EPO Napplicable to stable grid, half-grid and other scenes Key advantages High energy density: more energy with less weight and footprint High charge and discharge currents (short charge period) High effciency between charging and discharging Higher continual power available Wide operating temperaturePredictable end of life