100 kWh Outdoor Energy Storage Cabinet

The 100 kWh outdoor energy storage cabinet adopts an integrated design concept, integrating the battery, battery management system BMS, energy management system EMS, modular inverter PCS, and fire protection system in a single cabinet.

Product Parameters

Technical Parameters HJ-G20-100F HJ-G50-100F
DC Side Parameters
Cell Type LFP3.2V/280Ah LFP3.2V/280Ah
Combined Configurations 1P112S 1P112S
energy rating 100kWh 100kWh
voltage range 280~408V 280~408.8V
Number of cycles >8000 cycles @70%EOL,25°C >8000 cycles @70%EOL,25°C
Communication Interface RS485,CAN,Ethermet RS485,CAN,Ethernet
standards-compliant gb/t 36276,gb/t34131 gb/t 36276,gb/t34131
AC parameters
Photovoltaic input parameters
Maximum Input Power 30kW 75kW
Maximum Input Voltage 1000V 1000V
MPPT voltage range 180V-900V 180V~900V/630V
starting voltage 120V 180V
Maximum Input Current 28A/28A 36A/36A/36A/36A/36A
Maximum short-circuit current 32A/32A 42A/42A/42A/42A
Number of MPPTs 2 4
Number of strings per MPPT input 45690 2/2/2/2
Grid-connected output parameters
Rated output power 20kW 50kW
Rated grid voltage 380/400V,3L/N/PE 380/400V,3L/N/PE
rated current 31A 75A
power factor 1 (0.8 ahead ~ 0.8 lag can be set) ~1 (0.8 ahead ~ 0.8 lag can be set)
Rated grid frequency 50/60Hz 50/60Hz
Total current waveform distortion rate (THDi) <3% <3%
Off-grid output parameters
Rated output power 20kW 50kW
Rated grid frequency 50/60Hz 50/60Hz
Rated output current 31A 75A
Off-grid switching time <10ms <10ms
Battery parameters
DC operating voltage range 180V-700V 220V~800V
Maximum charge/discharge current 50A/50A 100A
Maximum charging/discharging power 20kW 50kW
efficiency
Maximum efficiency 0.984 0.984
European efficiency 0.975 0.975
Certification Standards
safety certification IEC62619-1/2 IEC62619-1/2
EMC certification EN61000-6-1/2/3, IEC61000 en61000-6-1/2/3, iec61000
Grid connection standards as4777-2:2020,nrs097-2-1:2017,pn-en50549-1:2019. vde-ar-n4105:2018,en50549-1:2019+ac:2019-4 nrs097-2-1:2017, cqc3310-2014
system parameter
Dimensions (H X D X W) 2160mm*1060mm*980mm 2280mm*1185mm*1120mm
weights ≈ 1.3T ≈15T
protection class IP54 IP54
Anti-corrosion grade C4/C5 C4/C5
Cooling method Intelligent forced air cooling air cooling
Operating Temperature Range -30℃~50℃(>45℃ derating) -30℃~50℃(>45℃ derating)
Operating humidity range 5%~95% (non-condensing) 0 to 95% (non-condensing)
Maximum working altitude 3000m (>2000m derating) 3000m (>2000m derating)
Fire Fighting Methods PACK-grade aerosol + cabinet-grade perfluorohexanone + active warning PACK-grade aerosol + cabinet-grade perfluorohexanone + active warning
external communication protocol Modbus RTU,CAN20,Modbus TCP Modbus RTU,CAN2.0,Modbus TCP

 

Product Description

The 100 kWh outdoor energy storage cabinet adopts an integrated design concept, integrating the battery, battery management system BMS, energy management system EMS, modular inverter PCS, and fire protection system in a single cabinet. The modular design is very flexible and can be applied to various scenarios and applications.

It has the functions of grid voltage regulation, three-phase unbalance control, harmonic control, etc. It can improve power quality, load tracking, backup power, peak and valley regulation, etc. It can reduce enterprise energy costs, increase the use of green energy, and maintain the safe and stable operation of the system.

Application scenarios

More suitable for small villa areas and small commercial and industrial scenes

  1. Cutting peaks and filling valleys

Discharge electricity at times of peak demand to reduce costly electricity bills

  1. Improve the stability of the electricity system

Smoothing intermittent renewable energy output by storing power and dispatching it when needed

  1. Electricity backup

Powering loads in the event of a grid failure, or for backup in areas without electricity

Product Features

  • Fast power response, support virtual power plant, grid-connected, off-grid, and other modes
  • Local collection, intelligent monitoring, remote operation, and maintenance
  • One-piece design significantly reduces transportation, on-site installation time, and cost
  • Standardized interface can be connected in parallel with multiple machines, easy to expand capacity, batch manufacturing process is easier to ensure that
  • Intelligent installation and operation and maintenance, support node adaptive, fault indication, etc., site and operation and maintenance workload reduced by 70%.

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