CNS-LFP48100 Series 51.2V 100AH Rack Mount Lithium Battery Pack

Core Advantages：

1. Comprehensive Safety Protection

• LiFePO4 cells feature superior thermal stability with zero risk of fire or explosion; low-voltage DC system ensures safer field application.
• Cells are certified with UL1642 & IEC62619; the complete battery system complies with UN38.3 transportation safety standards.
• Built-in intelligent BMS provides independent charge & discharge protection against overvoltage, undervoltage, overcurrent, over-temperature, low temperature and short circuit.
• IP20 protection rating, stable operation under non-condensing humidity environment with flame-retardant metal cabinet housing.

2. Standardized Rack Industrial Design

• Standard 19-inch 3U rack dimension with dual-side metal handles, supporting fast embedded cabinet installation for flexible construction.
• Wide temperature operating range: charging 0℃~+50℃, discharging -20℃~+55℃, suitable for outdoor telecom base stations and low-temperature machine rooms.
• Full life cycle maintenance-free, no regular water filling or cell balancing required to cut O&M costs greatly.
• Standard white cabinet color, customized shell color available on request.

3. Scalable Capacity & Optional Accessories

• Max. 15 units can be connected in parallel to expand total energy capacity, matching small residential storage to large commercial & industrial energy storage projects.
• Optional accessories: LCD display screen, MCB circuit breaker, gyroscope GPS anti-theft module.
• Multi communication ports: RS232, RS485, CAN bus, compatible with inverters and PC monitoring software to real-time monitor SOC, SOH and single cell status.

4. High Performance & Long Service Life Cells

• Cell configuration: 16S1P, 1C continuous charge/discharge rate, max 100A continuous charge/discharge current, 105A pulse discharge (<1S, 25℃±3℃).
• Cycle life >3500 cycles @80% DOD, designed calendar lifespan up to 10 years.
• Standard charging voltage: 56~57.6V, discharge cut-off voltage: 40.5V, high charge-discharge efficiency with low energy loss.