'MERCURY MAX'
5MWh Liquid Cooled Energy Storage System
Containerized liquid-cooled BESS with IP67 protection, dual-circulation liquid cooling system, PACK-level fire protection, and cloud-based intelligent operation & maintenance platform.
Why Mercury Max?
Four core advantages delivering superior performance, reliability, and cost-efficiency for large-scale energy storage.
Structure
The cold plate profile of the lower PACK is integrally formed, and the 2-meter drawer-type PACK increases space utilization by 15%. IP67 protection improves environmental adaptability and blocks heat diffusion. The container opens on one side, and space utilization increases by 10%.
Thermal Management
Predictive simulation optimizes the structural scheme; temperature difference of battery cells in PACK is 2°C, deviation from actual is ≤10%. Dual-circulation liquid cooling system with simulation flow channel optimization. Liquid cooling unit strategy reduces auxiliary power consumption during charging, discharging, and standby.
Safety
All-in-one fire detector in PACK with independent communication and power supply. PACK-level fire protection "pipeline network into the package" for precise prevention and control. Each battery cell is equipped with high-temperature resistant ceramic insulation cotton to prevent thermal runaway and heat diffusion — no fire or explosion.
Electrical
Big data cloud platform service with intelligent control. Life prediction algorithm and dynamic optimization extend the life of the battery cell. Compatible with centralized and string solutions. Early warning of faults and thermal runaway events.
Mercury Max Specifications
| Parameter | Specification |
|---|---|
| Cell Type | LFP |
| Cell Specification | 3.2V / 314Ah |
| Rated Rate | 0.25P / 0.5P |
| Cycle Life | 6000 times (25°C, 80%EOL) |
| Temperature Difference Of Cells In PACK | ≤ 3°C |
| Combination Method | 1P416S |
| Rated Energy | 5015.9kWh |
| Rated Voltage | 1331.2V |
| DC Side System Efficiency | >95% (0.5P) |
| Thermal Management Method | Liquid Cooling |
| Dimensions (W*H*D) | 2438 * 2896 * 6058mm |
| Weight | 42T |
| Applicable Scenarios | Thermal-Storage Co-Frequency Regulation, New Energy Supporting, Grid-Side, Customer-Side, Standalone Energy Storage |
| Standards & Certifications (Planned) | GB / T36276-2023 UL 1973 UL9540A IEC 62619 IEC 63056 IEC 61000 (CE-EMC) IEC 62477-1 (CE-LVD) UN 38.3 |
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