3.727Mwh Advanced Technology in Intelligent Liquid - cooled Containerized Energy Storage Systems

● Industrial & Commercial Energy Storage System

● Capacity Options ：Offers 2.981Mwh, 3.354Mwh,3.727Mwh and 5.01Mwh for users to choose according to specific energy storage needs

● Battery Cells: Utilizes Grade A LiFePO4 Cells in 3.2V280Ah/304Ah/316Ah Prismatic form. These cells possess excellent safety characteristics due to the stable chemical properties of LiFePO4, which minimize risks associated with overheating, overcharging, and short circuits.

● Grid Compatibility: Supports various grid connection models, including off grid, hybrid grid, and on grid, providing flexibility for different application scenarios

● Best Service: Comes with a 24-hour response service and a 15-year design life, along with a 5-year warranty. This ensures reliable after-sales support and gives customers confidence in the long-term performance and durability of the system.

Advantages of Intelligent Liquid - cooled Container - type Energy Storage System

1. Intelligent Management
   • Remote Management: Enable online intelligent monitoring, significantly reducing the frequency of manual inspections. This not only saves labor costs but also allows for real - time system status tracking, facilitating prompt responses to any potential issues.
   • Dynamic Adjustment: Conduct high - precision State of Charge (SOC) assessment. Based on the load conditions, it dynamically adjusts energy efficiency management strategies. This ensures that the system operates at optimal efficiency under various scenarios, maximizing energy utilization.
   • Multi - mode Switching: Equipped with multiple built - in working modes, such as peak - shaving and valley - filling, demand response, backup power supply, and command response. The system can flexibly switch between these modes according to different requirements, enhancing its adaptability to diverse power grid and user needs.
2. Convenience and Reliability
   • One - click Power - on: All performance and function debugging are completed prior to leaving the factory. There is no need for on - site debugging. Once the equipment arrives at the station, it can be quickly connected to the grid. This greatly shortens the installation and commissioning time, enabling the system to start serving promptly.
   • Minimum Cut - off Quantity: Each cluster has its own independent Power Conversion System (PCS). In case of a fault, the impact is limited to a single cluster, reducing the fault loss by 90% compared to traditional solutions. This independent operation mode ensures the overall stability and reliability of the system.
   • Resistance to Harsh Environments: The system is designed to adapt to a wide range of outdoor environments, including high - temperature, high - salt - spray, high - cold, high - humidity, and high - altitude conditions. Specialized materials and design features are employed to safeguard the normal operation of the system under such harsh circumstances, extending its service life and application scope.
3. Lower Levelized Cost of Storage (LCOS)
   • Extra - long Lifespan: Advanced balancing technology is used to improve battery consistency. This not only extends the lifespan of the entire system but also ensures high economic efficiency over the long term, reducing the need for frequent battery replacements.
   • Efficient Heat Dissipation: The PACK liquid - cooled heat dissipation mode is adopted. With this mode, the temperature difference of battery cells is maintained at ≤ 2.8℃. As a result, auxiliary energy consumption is reduced by 30%, effectively cutting down operating costs.
   • Cluster - level Management: Each cluster has its own dedicated management system, and current - sharing control is implemented among clusters. This eliminates the "barrel effect" and allows for adjustable depth of discharge. As a result, the charge - discharge capacity over the entire life cycle is increased by 8%, improving the overall energy utilization efficiency.
4. Streamlined and Flexible
   • Ultra - simple Layout: The AC and DC components are vertically arranged, eliminating the need for a large amount of floor space occupied by the PCS and water - cooling units. As a result, the volume of a single product is reduced by 25%, making it more space - efficient.
   • Dynamic Capacity Expansion: The products can be placed back - to - back or side - by - side, maximizing space utilization. Flexible capacity expansion is not restricted by the site conditions, allowing for easy adaptation to future energy demand growth.