'MERCURY PLUS'
6.25MWh Liquid Cooled Energy Storage System
Containerized liquid-cooled BESS with IP67 protection, optimized layout increasing energy density by 50%, and cloud-based intelligent operation & maintenance platform.
Why Mercury Plus?
Four core advantages delivering superior performance, reliability, and cost-efficiency for large-scale energy storage.
High Efficiency & Flexibility
Optimized layout increases energy density by 50%. IP67 protection enhances environmental adaptability and blocks heat diffusion. Containerized design improves space utilization by 40%.
Cost Reduction & Efficiency Improvement
Variable-frequency liquid cooling reduces auxiliary power consumption. High-efficiency design lowers power consumption by over 15%. Integrated stamping cold plates + aluminum frame welding reduces PACK costs by 10%.
Intelligent Operation & Maintenance
Cloud-based big data platform services enable smart control. Early warning for faults and thermal runaway events ensures proactive maintenance and system reliability.
Safety & Reliability
PACK-level leakage detection enhances system safety. PACK-level fire protection enables precise prevention. Fire-free battery pack design with thermal runaway suppression technology (explosion-proof).
Mercury Plus Specifications
| Parameter | Specification |
|---|---|
| Cell Type | LFP |
| Cell Specification | 3.2V 392Ah / 3.2V 587Ah |
| Rated Rate | 0.25P / 0.5P |
| Cycle Life | 6000 times (25°C, 80%EOL) |
| Temperature Difference Of Cells In PACK | ≤ 3°C |
| Combination Method | 12P416S-392Ah / 8P416S-587Ah |
| Rated Energy | 6261.9kWh / 6251.3kWh |
| Rated Voltage | 1331.2V |
| DC Side System Efficiency | >95% (0.5P) |
| Thermal Management Method | Liquid Cooling |
| Dimensions (W*H*D) | 2438*2896*6058 mm |
| Weight | 48T |
| Applicable Scenarios | Thermal-storage Co-frequency Regulation, New Energy Supporting, Grid-side, Customer-side, Standalone Energy Storage |
| Standards & Certifications | GB / T36276-2023 UL 1973 UL9540A IEC 62619 IEC 63056 IEC 61000 (CE-EMC) IEC 62477-1 (CE-LVD) UN 38.3 |