CDC-LF3440 3440kWh Liquid-Cooled Lithium Iron Phosphate Containerized Energy Storage System for Utility-Scale Projects

CDC-LF3440 3440kWh Liquid-Cooled Lithium Iron Phosphate Containerized Energy Storage System for Utility-Scale Projects

  • CDC-LF3440 3440kWh Liquid-Cooled Lithium Iron Phosphate Containerized Energy Storage System for Utility-Scale Projects
  • CDC-LF3440 3440kWh Liquid-Cooled Lithium Iron Phosphate Containerized Energy Storage System for Utility-Scale Projects
Summary
Introducing the CDC-LF3440 3440kWh Liquid-Cooled Lithium Iron Phosphate Containerized Energy Storage System, a high-capacity, utility-scale solution engineered for superior safety, efficiency, and longevity. Featuring advanced liquid cooling and a robust LFP battery chemistry, it ensures stable performance with minimal temperature variance (<3°C) across harsh operating environments (-20°C to 55°C). Ideal for large-scale renewable integration, peak shaving, and grid support, this modular, IEC/UL-certified system delivers reliable, scalable energy storage for commercial and industrial applications worldwide.More
Specifications
Nominal Energy:
3440kWh
Cooling Method:
Liquid Cooling
Battery Chemistry:
Lithium Iron Phosphate
  • CDC-LF3440 3440kWh Liquid-Cooled Lithium Iron Phosphate Containerized Energy Storage System for Utility-Scale Projects

Product Features

AI-BESS can provide a one-stop zero carbon energy solution, allowing everyone to enjoy a better life under green electricity

High Safety

Using stable lithium iron phosphate based batteries and an independent fire protection system, this system is stable and reliable

Increased System Stability

The system intelligently adjusts its mode based on ambient temperature conditions, ensuring that the temperature difference inside the battery cells remains within a narrow range of less than 3 ℃. This precise temperature control contributes to more stable system performance

International Certifications

Certified to European and American battery standards such as IEC and UL

Standard Modular Design

Using a standardized modular design, this system can be expanded easily by adding containers in parallel to reach the desired energy capacity for many applications

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