STARLIGHT POWER INDUSTRIAL COMPANY LIMITED  

Product Name: LiFePO4 Solar Battery 12.8V240ah (Special) Model NO.: LFPS12-240S Rechargeable: Chargeable Installation: Packaged Electrolyte: Li-ion Shape: Square Battery Discharge Rate: High Discharge Rate Nominal Voltage: 12.8V Usage: Car, Bus, UPS, Electric Power, Lighting, Electric Bicycle, Boat, Solar Power Storage Type: Lithium-Ion Batteries Communication Function: Bluetooth Cold Weather Performance: Better Than Normal LFP Battery Trademark: Starlight brand or OEM brand Transport Package: Standard Export Package Origin: China HS Code: 8507600090 Product Description LFPS series lithium battery using LiFePO4battery cells with more advantages as following:>Longer life compare to lead acid battery>Up to 60% weight saving>100% usable capacity>More energy with 1/3 smaller size>Less than 3% self discharging>Built in safety protection>Zero maintenance>Easy installation>Eco-friendly>Quality guaranteed>SPECIFICATIONS ItemsParameterBatteryTypeLiFePO4NominalVoltage12.8VNominalCapacity240AhEnergy3.072KWhInternalResistance≤30 mΩ at 50%SOCMaximun Modules in Seriesupto4seriesRecommended ChargeVoltage14.6±0.2VFloatingChargeVoltage13.8±0.2VTerminal typeM8DischargeCut-offVoltage8.0VStandardChargeCurrent48AMax.Continuous DischargeCurrent100APeak DischargeCurrent200ACycleLife at 80% DOD≥2500 cycles at 0.2CDimensionLength: 520±2mmWidth: 267±2mmHeight: 228±2mmWeight34.5±0.2KgOperationTemperatureRangeCharge: -20~55ºC;Discharge:-20~60ºCRecommendedoperatingtemperature:15ºC~35ºCSelf-DischargeRateResidualcapacity:≤3%/month;≤15%/yearsReversiblecapacity:≤1.5%/month;≤8%/yearsStorageTemperature&HumidityRangeLessthan1month:-20ºC~60ºC,45%RH~75%RHLessthan3months:-10ºC~45ºC,45%RH~75%RHRecommendedstorageenvironment: -5ºC~35ºC,45%RH~75%RH>BMS(Battery Management System) The BMShelps to ensure safe and accurate running.>Over-Charging>Over-Discharging>Over-Current>High Temperature>Short Circuit>Thermal Shock>No Fires>No Explosions>BLUETOOTHThe lithium battery pack bluetooth function can monitor the following status from smart phone:>Battery pack voltage>Battery pack draw current>Battery charge state>Battery discharge state>Battery cycles>Battery temperature>Designed capacity>Remaining capacity>Average time to empty>Average time to full