1.The hydro cooling container and dry cooler could be placed on level ground. The ground should be hardened to support a minimum load of 35 tons to ensure stability.
2.Suitable for altitudes ≤2000 meters. For altitudes above 1000 meters, account for a capacity reduction of approximately 1% for transformers and switches per additional 100 meters.
3.Operates in temperatures from −25 to 45 °C (−13 to 113 °F) and relative humidity of 10%RH to 85%RH(non-condensing).
4.The ambient temperature of the HeatCore hydro cooling container does not equate to the Whatsminer M6X hydro server’s operating environment temperature.
5.Liquid coolant is pure water (or distilled water)+ special corrosion inhibitor, In environments below 0 °C (32 °F), consider antifreeze(select a ratio according to a freezing point).
6.Regular maintenance and inspections are required to prevent corrosion or scaling, extending equipment lifespan.
7.Ensure at least 4-6 meters of air inlet space on both long sides of the dry cooler to maintain efficient heat dissipation.
8.Coolant volume, regarding hydro cooling system, for instance XS2400 + DC2400 (240 servers) , the required coolant volume is approximately 2,300L to 2,500L.
9.PUE stands for Power Usage Effectiveness (PUE), defined as the ratio of total hydro cooling system's energy consumption to IT server load energy usage.
10.Noramlly, lower PUE (closer to 1) indicates better energy utilization, reducing operational costs. The PUE of HeatCore's hydro cooling is less than 1.05.
For instance, in XS2400 (240 servers) + DC2400, the non-IT support components like CDU pumps, dry cooler fans, PLC, consume less than 120kW.
11.Flexible Configuration, the qty of server slots and server racks within the XS container could be customized based on site power availability and transformer (or generator) capacity.
