The product is a liquid-cooling containerized ESS, featuring high efficiency, high integration, high safety, and high reliability. It utilizes 314Ah LFP battery cells from top-tier domestic brands.
Designed as an integrated 20-foot container, the system houses energy storage battery clusters, power control cabinets, temperature control systems, and fire protection systems. Its modular architecture—spanning battery cells, modules, racks, and the overall system—is well-structured, clearly organized, and fully functional. It includes comprehensive components such as battery racks, a battery management system (BMS), temperature control, lighting, fire detection and automatic suppression, security, emergency response, and surge protection.
This system is primarily designed for:
- Grid-side (independent/shared energy storage),
- Generation-side(peak shaving and frequency regulation for renewable energy),
- User-side (commercial and industrial energy storage).
Intelligent Thermal Management
AI algorithm-based dynamic temperature control strategy. Maintains cell temperature differential ≤5°C. Automatically adjusts cooling power based on ambient temperature and load, reducing energy consumption by 15%.
Electrical Safety
Three-tiered fuse protection + Insulation monitoring + Busbar temperature detection.
Fire Safety
Three-layer fire protection system with pack-level precision fire suppression + Multi-level barriers.
Wide Operational Range
-20°C to 50°C (Suitable for extreme cold, high-temperature, and high-humidity environments).
?Flexible Configuration
20-foot standard container design supporting combination of two units for adaptable deployment scenarios.
