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500kW-1MWh All In One 20Ft Containerized Energy Storage Solution

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  • 20ft containerized 500kW 1MWh integrated energy storage system for solar PV applications and grid stability enhancement
  • 500kW 1MWh integrated 20ft container energy storage solution with high efficiency solar storage for utility-scale applications with modular reliability
  • 20ft Integrated container energy storage system 500kW 1MWh for renewable energy storage and grid stabilization solutions
  • 20ft Container 500kW 1MWh integrated energy storage device with solar energy storage system for grid stabilization
  • 20ft containerized 500kW 1MWh integrated energy storage system for solar PV applications and grid stability enhancement
  • 500kW 1MWh integrated 20ft container energy storage solution with high efficiency solar storage for utility-scale applications with modular reliability
  • 20ft Integrated container energy storage system 500kW 1MWh for renewable energy storage and grid stabilization solutions
  • 20ft Container 500kW 1MWh integrated energy storage device with solar energy storage system for grid stabilization
  • 1. All-in-One Containerized Deployment
    20ft container integrates 500kW-1.0MWH capacity with battery, BMS, and thermal control for plug-and-play deployment in 3–5 days.

    2. LiFePO4 Thermal Safety Assurance
    Inherently stable chemistry prevents thermal runaway, ensuring fire-safe operation critical for densely populated or industrial environments.

    3. AI-Optimized BMS Intelligence
    Self-learning BMS auto-adjusts charge/discharge, predicts cell wear, and alerts faults, cutting maintenance costs by 30% in dynamic energy grids.

    4. High-Density Space Utilization
    Compact 20ft design delivers 60kWh/m² energy density, ideal for space-constrained urban grids or factories needing scalable power without land expansion.
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FAQS

Q :

What's the typical lifespan of the LiFePO4 batteries?‌

A :

The LiFePO4 batteries offer 6000+ cycles at 80% DoD, ensuring 10-15 years of service with minimal degradation under normal conditions.

Q :

How does the AI BMS improve system efficiency?‌

A :

It analyzes usage patterns to optimize charging/discharging cycles, reducing energy waste by 15% while extending battery lifespan.

Q :

Can multiple containers be linked for higher capacity?

A :

Yes, modular design allows parallel connection of units (up to 10+) for scalable power without redesigning infrastructure.

Q :

What certifications ensure safety compliance?‌

A :

The system meets UL1973, IEC62619, and UN38.3 standards for fire/electrical safety in industrial/urban deployments.

Product Information

ModuleMTCB-500K-1MWH
DC Data
Cell typePrismatic LFP
Cell brandHiGEE
Celle life cycle＞8,000 cycles@0.5C,25°C
Cell spec3.2V/280Ah
String configuration1P224S
Number of strings5
String rated energy capacity200kWh
DC rated energy capacity1000kWh
Rated AC voltage716.8V
Vokage range628V~806V
BMS communication interfaceEthernet, CAN, RS485
BMS communication protocolModbus RTU, Modbus TCP
AC Data
Rated AC power500kW
Maximum AC power550kW
Rated AC vokage400V
AC PF1 leading ~ 1 lagging
Output THDi≤3%
Nominal grid frequency50/60Hz
Isolation method3 Phase 4 Line Transformer
General Data
Dimension w/o clearances (L*W*H)6,058*2,438*2, 591mm
Weight of whole system<30MT
Degree of protectionIP65
Operating temperature range-20~65°C
Relative humidity0~95% (non-condensing)
Max working altitude3,000m/9,842ft
Cooling concept of DC hatchHAVC
Cooling concept of PCS hatchForced air cooling
Fire extinguisher systemHFC bottle group
Communication interfacesRS485, Ethernet, GPRS
Communication protocolsModbus RTU, Modbus TCP

*In case of changes in product dimensions and parameters, the latest information from our company shall prevail without prior notice.

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Mate Solar designs high-efficiency solar panels and energy storage systems for homes, businesses, and industries. Our integrated solutions—featuring lithium-ion batteries, smart inverters, and real-time monitoring—cut costs and boost energy independence.

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