| Model | 5MWh Container ESS | ||
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 E ffciency | >90 % | ||
| Battery Compartment IP Grade | IP55 (Battery Compartment) | ||
| Operating Temperature | -20°C ~ +50°C | ||
| Corrosion Resistance Grade | C3 | ||
| Temperature Control Method | Liquid Cooling System / Air 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 | ||
System Connection Diagram
Case
FAQ
What are the advantages of containerized energy storage systems?
They offer fast deployment, scalability, high safety, and an integrated system design for easier operation and maintenance.
What applications are suitable for a 5MWh container energy storage system?
It is suitable for commercial and industrial peak shaving, renewable energy storage, grid support, and large-scale backup power applications.