Full liquid cooling overcharge scheme
Case study of Shenzhen's first fully liquid cooled supercharging demonstration station
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Project Scenario:
Fully liquid cooled supercharging scheme charging pile
Project features:
1. Full liquid cooling design for power cabinet
2. Terminal liquid cooled overcharging equipped with HUBER+SUHNER RADOX ® Liquid cooling technology
3. Support the Greater Bay Area Group Bid Agreement
4. Design using 2nd generation PDU
5. Energy allocation method: full matrix
6. The maximum power range is 1280KW
7. The charging gun supports a maximum of 16 guns
8. Single gun maximum power support 600KW
9. Charging gun shell IP67 protection level
Fully liquid cooled supercharging scheme charging pile
Project features:
1. Full liquid cooling design for power cabinet
2. Terminal liquid cooled overcharging equipped with HUBER+SUHNER RADOX ® Liquid cooling technology
3. Support the Greater Bay Area Group Bid Agreement
4. Design using 2nd generation PDU
5. Energy allocation method: full matrix
6. The maximum power range is 1280KW
7. The charging gun supports a maximum of 16 guns
8. Single gun maximum power support 600KW
9. Charging gun shell IP67 protection level
