Basic Parameters
| Rated Power | 2507 kW |
| Battery Capacity | 5015 kWh |
| Cabinet Dimensions (W-D-H) | 6250 mm * 2700 mm * 3100 mm |
| Weight | < 42t |
| Open ways | Side Opening |
DC Side Parameters
| Cell | LFP 3.2V / 314 Ah |
| System Voltage Range | 1164.8VDC ~ 1500VDC |
AC Side Parameters
| Permissible Grid Voltage | 1331.2 (-15% ~ 15%) V |
| Rated Grid Frequency | 50 / 60 Hz |
System Parameters
| Maximum Cycle Effciency | >90 % |
| Battery Compartment IP Grade | IP55 (Battery Compartment |
| Operating Temperature | -20°C ~ +50°C |
| Corrosion Resistance Grade | C3 |
| Temperature Control Method | Liquid Cooling System |
| Fire Suppression System | Gas Fire Suppression + Emergency Ventilation + Water Fire Suppression |
| Compartment Design | Multi - Compartment Design |
| Power Distribution Design | Centralized PCS, DC Bus Control Cabinet |
| AC Output Interface | Aviation Plug / Copper Busbar |
1.What core components does this integrated system include?
The core components include the battery modules, liquid cooling thermal management unit, battery management system (BMS), power conversion system (PCS), and the overall monitoring system, all integrated and debugged before shipment.
2.How does the integrated design benefit the installation process?
As a pre-integrated and factory-tested system, it significantly reduces on-site installation complexity, time, and cost, offering a true "plug-and-play" solution.
3.Can the system's capacity be expanded after installation?
Absolutely. The system's modularity and scalability are among its core advantages. Future expansion requires no modification to the existing unit – you only need to add new container modules, which effectively protects your initial investment and accommodates your growing energy needs.