GENIXGREEN G-CUBE 160kWh 768V Outdoor High Voltage LiFePO4 Battery Energy Storage System

1. Plug and play Play and plug in
2. The system has high energy density, saving transportation costs and installation space
3. Reduce the operational risks of the installer in the installation process and improve product stability
4. The whole system is intelligently designed, and the full-time BMS balance keeps the SOC more accurate, improves the consistency of the battery cells and ensures a working life of more than 10 years for the system
5. Integrate air conditioning system and fire protection system. Improve product stability and safety
6. Support multi-machine parallel system (AC convergence), such as when connected to the power grid, the parallel connection is not limited by quantity. Off-grid parallel operation <4 sets (need to distinguish the customer’s off-grid load type and load power)

SKU: G-CUBE 160
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ModelG-CUBE 160kWh
Bettery typeLiFePO4
Module nominal energy(kwh)16
Module minimun energy (kwh)15.5
Module nominal voltage(V)76.8
Rated capacity(Ah)206
No. of System module seriesconnections(optional)78910
Rated Voltage of the system(V)537.6614.4691.2768
System working voltage(V)470.4~604.8537.6~691.2604.8~777.6672~864
System nominal energy(KWh)112128144160
Minimum discharge energy ofthe system (KWh)106.31121.49136.68151.87
Charge / Discharge current(A)Rated Current120
Max. Current130
Overload Current150(10sec,25°C)
Status indicator lightBlue:Battery system starts status;Green:Battery system operation status; Red: Battery system fault status
Communication ProtocolCAN2.0
Working temperature range(°C-10~50
Working humidity range≤95%(No Condensation)
Working Alitude≤2000m
System Cooling MethodFan cooling
Waterproof GradeIP55
Installation PlaceIndoor/Outdoor
Net Weight(kg)
Dimension(mm)1789*1169*1792
Storage Temperature(°C)0~35
Recommended Discharge Depth90%
System CompositionBMS management system, fire protection system, air-cooled unit, cabinet, PCS system
Cycle Life25+2°C/0.2C/80%≥6000
CertificationCel:UL1973/IEC62619/CE/ROHS/MSDS/UN38.3
PS:1. The testing conditions for the minimum discharge energy of the system are: charging of the system may vary depending on the system configuration parameters)
and discharging at 0.2C at 25 °C.(The minimum energy
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