Robust &Modern DesignClear System Display:LCD+LEDIndustry-Leading Longevity:6000+cyclesAdvanced Remote Management(Optional):CAN/RS232/RS485Integrated WiFi BMS with LCD for real-time monitoring and controlIdeal Applications:Optimized for residential solar,mobile power stations etc
Product Description
The LiFePO4 Battery System LFP-W Series serves as a scalable solar battery storage system intended for residential solar energy storage, mobile power stations, and remote off-grid setups. It targets applications requiring modular and long-lasting energy storage solutions, suitable for integrators and distributors seeking a lifepo4 solar battery option compatible with hybrid inverter systems and modular rack installations.
This wall mounted lifepo4 battery features nominal voltages of 51.2V and capacities of 5.12 kWh and 10.24 kWh. The system supports an industry-leading cycle life exceeding 6000 charge-discharge cycles, and incorporates an integrated WiFi Battery Management System (BMS) with LCD and LED displays for real-time monitoring. Optional CAN/RS232/RS485 communication interfaces expand remote management capabilities, supporting diverse operational environments with temperature ranges from -20°C to 60°C.
Designed for flexibility, this solar battery storage system adapts to residential, mobile, and small commercial energy demands. Its wall mounted form factor and modular scalability align with project and OEM sourcing needs, enabling effective energy backup, off-grid power, and hybrid inverter integration. The product suits procurement strategies requiring consistency in quality and technical support within the solar battery solutions lifepo4 segment.
The LFP-W Series’s wall mounted lifepo4 battery design supports streamlined installation and space-efficient layouts for various use cases. Its comprehensive monitoring via WiFi BMS and optional communication protocols offers practical control for system integrators and OEM/ODM buyers, while the modular capacity options facilitate flexible order sizing suitable for wholesale procurement.
Manufactured adhering to industry standard battery cell configurations (16S 3.2V LiFePO4 cells), this lifepo4 battery bank prioritizes stable performance across a broad temperature range. The clear LCD and LED displays support operational transparency. Packaging and technical documentation aligned with energy storage system requirements simplify handling and deployment for solar battery manufacturer partners and distributors.
| MODEL | HET-W5000 | HET-W10000 | |
| Electrical Characteristics |
Nominal Voltage | 51.2V | 51.2V |
| Nominal Capacity | 100Ah(C5,25℃) | 200Ah(C5,25℃) | |
| Energy | 5.12kWh | 10.24kWh | |
| nternal Resistance | ≤50mΩ | ||
| Cycle Life | >3000 cycles | ||
| Months Self Discharge | <3% | ||
| Efficiency of Charge | 100%@0.2C | ||
| Efficiency of Discharge | 96~99%@1C | ||
| Standard Charge | Charge Voltage | 58.4±0.2V | |
| Charge Mode | 0.2C to 58.4V,then 58.4,charge current 0.02C(CC/CV) | ||
| Charger Current | 25A | 50A | |
| Max.Charge Current | 50A | 75A | |
| Charge Cut-off Voltage | 58.4V±0 | ||
| Standard Discharge | Continuous Current | 100A | |
| Max.Pulse Current | 150A(<3s) | 200A(<3s) | |
| Discharge Cut-off Voltage | 40V | ||
| Environmental | Charge Temperature | 0℃ to 45℃(32F to 113F)@60±25%Relative Humidity | |
| Discharge Temperature | -20℃ to 60C(-4F to 140F)@60±25%Relative Humidity | ||
| Storage Temperature | 0℃ to 40℃(32F to 104F)@60±25%Relative Humidity | ||
| Water Dust Resistance | IP20 | ||
| Mechanical | Cell &Method | 3.2V100AH-16S | 3.2V200AH-16S |
| Plastic Case | standard case | ||
| Dimensions(in./mm.) | 570*360*140MM | 860*540*140MM | |
| Weight (Ilbs./kg.) | 47Kg | 90Kg | |
| Terminal | Energy storage connector | ||
| Protocol(optional) | RS485/CAN | ||
| BMS | 16S100A | ||
Robust &Modern Design.Clear System Display:LCD+LED.Industry-Leading Longevity:6000+cycles.Advanced Remote Management(Optional):CAN/RS232/RS485.Integrated WiFi BMS with LCD for real-time monitoring and control.Ideal Applications:Optimized for residential solar,mobile power stations etc.
