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June Power
June Power
This project connects the energy storage system to the AC voltage (400V) bus. The main role of an energy storage system is to accumulate energy for self-consumption or peak-price power system sales.
System Configuration: The 0.5MW/1.075MWh system consists of 5 battery clusters connected to a 500kW PCS via a DC combiner cabinet. The AC400V output is connected through an isolation transformer.
| Project | Rated Voltage | Capacity | Energy | Group Approach |
| Battery Cell | 3.2V | 280Ah | 0.896kWh | / |
| Battery Box | 51.2V | 280Ah | 14.336kWh | 1P16S |
| Battery Clusters | 768V | 280Ah | 215.04kWh | 1P240S |
| Storage Systems | 768V | 5*280Ah | 1075.2kWh | 5*1P240S |
| No. | Parameter Item | Specification | Remark |
| 1 | Thermal Management | Air-cooled | 30kW Cooling Power |
| 2 | Communication | CAN/RS485 | - |
| 3 | IP Rating | IP54 | Container Level |
| 4 | System Size | 6096×2438×2896mm | 20' High Cube |
500kW bidirectional converter featuring STS quick transfer switch and isolation transformer. Supports automatic operation with high visualization through an industrial touch interface.
Three-level management structure (module, cluster, system) for comprehensive control and safety. Includes overcharge, overdischarge, and short-circuit protection.
