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Industrial LiFePO4 Battery Storage System 107-125kWh IP55

Szczegóły produktu

Place of Origin: China

Nazwa handlowa: 1stess

Orzecznictwo: LVD

Model Number: EnerArk2.0-M

Dokument: Specification EnerArk 2.0 -...ld.pdf

Warunki płatności i wysyłki

Minimum Order Quantity: 1 piece

Cena: negotiable

Packaging Details: container

Delivery Time: 45-60 days

Supply Ability: 10 containers per month

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Industrial LiFePO4 battery storage system

,

125kWh battery storage system IP55

,

Industrial energy storage system with warranty

Operating Temperature:
-20°C To 50°C
Certifications:
IEC,UN,UL
Battery Type:
LiFePO4
IP protection:
IP55
Installation:
Indoor Or Outdoor
Application:
Industrial And Commerical
Warranty:
5 Years
Capacity:
107.52KWH-125.44KWH
Operating Temperature:
-20°C To 50°C
Certifications:
IEC,UN,UL
Battery Type:
LiFePO4
IP protection:
IP55
Installation:
Indoor Or Outdoor
Application:
Industrial And Commerical
Warranty:
5 Years
Capacity:
107.52KWH-125.44KWH
Opis
Industrial LiFePO4 Battery Storage System 107-125kWh IP55
All in One Solar Energy Storage System 400V Voltage Unbalanced Loads Support
Product Specifications
Operating Temperature -20°C To 50°C
Certifications IEC, UN, UL
Battery Type LiFePO4
IP Protection IP55
Installation Indoor Or Outdoor
Application Industrial And Commercial
Warranty 5 Years
Capacity 107.52KWH-125.44KWH
Key Features
  • Plug-and-Play ready-to-use system
  • All-in-One integrated modular design
  • DC coupled for solar access
  • Unbalanced loads operation capability
  • Parallel operation support for up to 60 units
  • Virtual Power Plant (VPP) enabled
  • Auxiliary grid service applications
  • Complete certifications: CE (IEC 61000, IEC62619, IEC62477), UL, G99, UN3480, UN38.3
Technical Parameters
Model EnerArk2.0-NBN-P50 EnerArk2.0-NBN-P100
DC Side Parameters
Cell type LFP-280Ah
Module model IP20S
Battery capacity range 143.36kWh~215kWh 215kWh
AC On-Grid Side Parameters
Grid connection type 3P4W
Charging/discharging power 50kW 100kW
Rated grid voltage AC 400V±15%
Frequency range 45Hz~55Hz
Rated AC output current 72A 144A
Power factor 0.8(Leading)~0.8(Lagging)
Harmonics ≤3%(at rated power)
AC Off-Grid Side Parameters
Load type 3P4W
Rated output power 50kW 100kW
Rated output voltage AC400V±1%
Rated output frequency 50Hz
Rated current 72A 144A
Frequency accuracy 0.2Hz
General Parameters
Dimensions (W*H*D) 1900mm*2100mm*1330mm
Packing size (W*H*D) 2100mm*2244mm*1500mm
Maximum weight 2500kg
Degree of protection IP55 (Battery Cabinet) IP34 (Electrical Cabinet)
Cooling method type Battery Cabinet (air conditioner) & Electrical Cabinet (forced air cooling)
Fire fighting system FM200 automatic fire extinguishing
Anti-corrosion grade C3
Relative humidity 0-95% (non-condensing)
Operating temperature -20℃~50℃
Altitude <2000m
Noise level ≤75dB
Communication interface RS485, Ethernet
Communication protocol Modbus RTU, Modbus TCP/IP
Product standard warranty 5 years, 6000 cycles (0.5C, 95%DOD, EOL:70%)
PV Side Parameters (Optional)
Maximum PV input power 30kW/60kW/90kW/120kW
MPPT voltage range 200V-850V
Number of MPPTs 1/1/2/2
Number of PV inputs 1/1/2/2
Maximum input current 100A/200A/300A/400A
Certifications CE(IEC61000,IEC62619,IEC62477), UN3480, UN38.3, MSDS Converter: UK G99, VDE4105, EN50549 Cell: IEC62619, UL1973, UL1642, UL9540A
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Industrial LiFePO4 Battery Storage System 107-125kWh IP55 1
Industrial LiFePO4 Battery Storage System 107-125kWh IP55 2
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Industrial LiFePO4 Battery Storage System 107-125kWh IP55 4
System Overview

The EnerArk-2.0 is a compact, plug-and-play battery energy storage system designed for easy transportation, installation, and maintenance. This all-in-one solution integrates PCS, batteries, BMS, EMS, MPPT, automatic fire control, and temperature control systems into a single unit.

Featuring high-performance EV-grade LiFePO4 batteries, the system provides four layers of safety protection through intelligent BMS design. The synergistic integration of components and unique design enables efficient charging and discharging for diverse applications, delivering high energy density and maximized battery lifespan for lower LCOs (Levelized Cost of Storage).

The system supports both AC and DC coupling applications, offering seamless integration for commercial and industrial energy storage projects of all scales.

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