20 ft Liquid Cooling Energy Storage System
•Higher integration, more compact structure, and higher battery pack and battery compartment energy density.
•Controlled heat dissipation, high heat dissipation efficiency and more precise temperature control greatly reduce the risk of temperature runaway, fire and explosion.
•Liquid cooling systems are more suitable for large-scale and long-term energy storage to meet customer requirements for multi-scenario applications.
•Liquid-cooled energy storage can save 30%-50% of energy consumption, helping customers reduce operating costs
| Items | Parameters | |
| Rated discharge power | ≥1370kW | |
| Rated charge power | ≥1370kW | |
| Rated electric quantity | 2750kWh | |
| Energy conversion efficiency | ≥95.5% | |
| Voltage range（DC） | 1036.8V～1401.6V | |
| Number of batteries（PCS） | 3072 | |
| Number of module（PCS） | 64 | |
| Number of cluster（PCS） | 8 | |
| Compound mode of the module | 1P48S | |
| Compound mode of the cluster | 1P8S+1MSD | |
| Batteries voltage/volume | 3.2V/280Ah | |
| Module voltage/volume | 153.6V/280Ah | |
| Cluster voltage/volume | 1228.8V/344.064kWh | |
| Operating environmental temperature | 0℃～45℃ | |
| Battery rack parameters | Material | cold rolled steel |
| Overall dimension（W*H*D,mm） | 1015*2417*1010 | |
| System power consumption | 35kW | |
| Container parameters | Overall dimension（W*H*D,mm） | 6058*2896*2438 |
| Maximum temperature difference | ＜5℃ | |
The download file will be available soon!
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