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Air Cooling Energy Stroage Cabinet 100kW/215kWh

It can also form a micro-grid system with wind power generation, photovoltaic power generation and other new energy power generation systems. Improve energy utilization efficiency, improve power quality, improve power supply reliability, and achieve green environmental protection.

  • WELLPACK
  • China
  • LiFePO4
  • Information
Energy Storage Cabinet (100kW/215kWh, Air Cooling)
ItemSpecification
DC sideBattery TypeLiFePO4
Cell specification3.2V, 280Ah
Grouping method240S1P
Rated capacity215KWh
Rated voltage768Vdc
Voltage range685~876Vdc
Charge CurrentRated0.5C (140A)
Max.0.63 (176A)
Discharge currentRated0.5C (140A)
Max.0.63 (176A)
AC sideCycle times≥8000 cycles(0.5C,90%DOD, 70%SOH)
Rated grid voltage230/400V, 3P+N+PE
Rated grid frequency50Hz
Rated output power100KW
Max. output current145A
Power factor (cosΦ)0.8 cap ~0.8 ind
SystemSystem efficiency88%
CommunicationBattery communicationCAN
Data communicationRS485
Cloud platformLAN+4G
Protective measureDC/AC overvoltage/undervoltage protectionYes
DC/AC overcurrent protectionYes
SOC AlarmYes
Over-voltage and under-voltage protectionYes
Overload protectionYes
High Temperature AlarmYes
Smoke AlarmYes
Fire extinguishing deviceYes
DC insuranceYes
AC lightning protectionYes
Working environmentStorage humidityRH≤95% (no condensation)
Storage temperature-20~+35
Working temperature0~+45
Application Altitude3000m
Basic parameterDimension (W*D*H)1450*1380*2260mm
Weight2500kg
Protection levelIP54
Cooling methodAir cooling
Function: The 10KW/215KWh outdoor air cooling energy storage cabinet is a product for industrial and commercial energy storage systems. It can be connected to the power grid as an independent system for achieving peak load shifting, stabilizing new energy fluctuation, contributing to grid tracking and dispatching, peak regulation and frequency regulation, and has harmonic control, reactive power compensation, three-phase imbalance management and other functions. It can also form a micro-grid system with wind power generation, photovoltaic power generation and other new energy power generation systems. Improve energy utilization efficiency, improve power quality, improve power supply reliability, and achieve green environmental protection.


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