BATTERY lithium (Deye BOS-G) 5.1 kWh, 51.2VDC
Valid Article
BATTERY lithium (Deye BOS-G) 5.1 kWh, 51.2VDC
Form
Lithium battery module designed for stationary energy storage applications, utilizing lithium iron phosphate technology and an integrated battery management system (BMS).
- battery chemistry: Lithium iron phosphate (LiFePO4)
- nominal energy: 5.12 kWh
- nominal voltage: 51.2 VDC
- nominal capacity: 100 Ah
- IP20
Thermo-sensitivity:
- charging temperature: 0 °C to +55 °C
- discharging temperature: −20 °C to +55 °C
- storage temperature: 0 °C to +35 °C
Dangerous goods transport:
- lithium battery, Class 9
- UN 38.3 compliant
- transport permitted as Cargo Aircraft Only (CAO)
- not permitted as passenger or personal cargo
safety standards: CE / IEC62619 / VDE2510-50 / UL1973 / UL9540A / UN38.3
Dimensions (W × D × H): 440 × 570 × 133 mm
Weight: 45 kg
Per piece.
Fit
Electrical interfaces:
- DC power connection for series integration in BOS-G battery systems
- terminal type: quick-lock high-current terminals
Communication interfaces:
- CAN bus
- RS485
System integration:
- designed as a standard battery module used in the following BOS-G battery systems: BOS-G15, BOS-G20, BOS-G25, BOS-G30, BOS-G35, BOS-G40, BOS-G45, BOS-G50, BOS-G55, BOS-G60
- intended to be combined with identical modules (minimum 3, maximum 12) to build high-voltage DC systems
Charge / discharge capability:
- recommended charge / discharge current: 50 A (0.5C)
- maximum continuous charge / discharge current: 100 A (1C)
- peak discharge current: 125 A (2 minutes at 25 °C)
Compatibility:
compatible with Deye high-voltage inverters via cluster control box
Function
Stationary energy storage battery module intended to store DC electrical energy and deliver it on demand as part of a modular high-voltage lithium battery system.
Primary functions:
- storage of electrical energy for later use (backup or self-consumption)
- delivery of high-voltage DC power to energy storage systems during discharge
- monitoring and protection of battery cells via integrated BMS (voltage, current, temperature)
Durability and storage:
- long service life under controlled charge, discharge, and temperature conditions
- storage to be performed within specified temperature and humidity limits
- periodic recharge recommended every 6 months during long-term storage
Specific use:
- modular energy storage for solar hybrid systems in health facilities and logistics bases
- scalable battery capacity by adding identical modules according to site energy needs
- enhanced fire and electrical safety compliance for use in sensitive environments
Transport Dangerous Goods
- lithium battery, Class 9
- UN 38.3 compliant
- transport permitted as Cargo Aircraft Only (CAO)
- not permitted as passenger or personal cargo