48V/51.2V 100ah CE Approved Rechargeable LiFePO4 Battery with BMS

Introduction                                            Sanhe Power SLB series Lithium Iron Phosphate battery energy storage system solutions have the advantages of safety and reliability, long service life, small footprint, and simple operation and maintenance. The use of lithium iron phosphate batteries can greatly improve system performance compared to traditional lead-acid batteries.  Application scenariosUPS/EPS/HVDC energy storage packageLarge-capacity energy storage systemTraditional lead-acid battery replacement and upgradeCell Technology1.Lithium Iron Phosphate Best Lithium Option for BESS; The safest Lithium technology for BESS2.Stacking plates Stacking plates is good for high power operation and thermal dissipation3.Prismatic Cell Multi-layered Protection at cell level4.Aluminum Case Excellent Thermal Conductivity and Cooling Performance; Safe and efficient heat release from inside to outsideFeatures of Module & Rack Design 1. Platform Design for Energy, Medium and Power Solutions2. available for Frequency regulation, Peak Shaving, Energy Reserve, etc3. The Highest Energy density for LFP Energy Solution to optimize footprint and BOP cost4. Passive & Active Thermal Ventilation System, Designed in both Module & Rack5. Particular Considering for Containerized solution with proper aisle space6. The Highest Lifetime Performance for Energy Storage System BMS architecture and functionsThe BMS adopts a three-level architecture. The BMU is built into the battery module, the second-level main control module is responsible for managing the battery modules in the cluster, and the third-level main control module is responsible for parallel inter-cluster management. For single cabinet use, you only need to configure the second-level main control module, and for multi-cluster parallel use, you need to configure the third-level main control module.Battery Level Monitoring (BMU)  Single-cell battery voltage/current/temperature detectionInternal redundant power supply system, no external power supply requiredCell balance managementModule Level Monitoring (BMU) Module temperature, charge and discharge managementAlarm fault detection and processingModule current sharing controlCabinet Level Monitoring (BMS)Remaining power, life management (SOC/SOH)UPS/monitoring terminal communicationBattery connection/isolation protection managementData storage, analysis and statistics managementSystem Level Monitoring (MBMS)Combining system communication managementCurrent balance management between battery cabinetsTechnical SpecificationsparameterValuesystem voltage48V-960VSystem capacity10-300Ah (can be customized)PACK designModular, rack mountCell materialLithium Iron Phosphate (LFP)cycle life6000 times (depending on the surrounding environment and usage)Design life15 yearsConversion efficiency96%depth of discharge90%self-discharge rate