Integration Method: The energy storage system is integrated into the 400V low-voltage AC busbar on the user's side, achieving parallel connection with the grid.
Core Function: Through the intelligent EMS, it realizes functions such as peak-shaving and valley-filling, power expansion, and emergency backup power supply for high-load industrial scenarios.
Q: How does the system ensure safety in high-density storage?
A: We use a multi-stage safety approach: 314Ah high-stability cells, Liquid Cooling for thermal management, and an automatic Perfluorohexanone fire suppression system.
Q: What are the primary functions of the integrated EMS?
A: Our EMS supports peak-shaving, valley-filling, demand response, and black start capabilities. It also provides real-time monitoring and cloud-based data analysis for optimized ROI.
Q: Can the 2MWh container be expanded for larger projects?
A: Yes, the system is designed for modular scalability. Multiple 20ft containers can be connected in parallel on the AC side to scale up to 10MWh, 50MWh, or even GWh levels.
Q: How often does the liquid cooling system require maintenance?
A: The system is largely maintenance-free. We recommend a simple inspection of coolant levels and pump status once a year to ensure optimal thermal performance and system longevity.
Q: Does the system comply with international grid connection standards?
A: Absolutely. Our BESS and PCS are designed and certified according to major standards including IEC 62619, UL 9540A, and local grid codes for seamless global deployment.
Fire Protection System
Wiring & Maintenance
