Basic Parameters
Detail Parameters

Best Price Of 500kWh 1MWh 20ft Air-Cooled Container Energy Storage Solution

Share:

  • 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. Maximized Energy Density
    Our 20ft containerized solution delivers 500kWh to 1MWh capacity within a compact footprint. Optimized module arrangement and efficient structural design allow greater energy storage without expanding space.

    2. Advanced Air-Cooled Thermal Management
    The integrated air-cooling system ensures stable battery operation under various climates. It reduces energy consumption while maintaining optimal temperature control for enhanced cycle life and safety.

    3. Multi-Layer Safety Protection
    Built with IP54 protection flame-retardant materials and fault isolation design. The system includes cell-level BMS monitoring and emergency shutdown mechanisms for ultimate operational safety.

    4. Rapid Deployment and Scalability
    Pre-assembled and pre-tested for quick installation. Flexible capacity expansion meets growing energy demands. Compatible with inverters and renewable sources for easy integration.

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.

Q :

Does the system support remote monitoring and control?

A :

Yes MateSolar provides an intelligent cloud platform for real-time performance tracking fault alerts and remote management accessible via web or mobile devices.

Q :

What maintenance does the air-cooled thermal system require?

A :

The air-cooling unit is designed for minimal maintenance using self-cleaning filters and durable components. Regular annual checks are recommended for optimal performance.

Contact US

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.

Contact Us

Free to contact us