What is the thermal dissipation capacity of the SR40 V3 Hydro Cooling Container?

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Short answer The SR40 V3 is built for the extreme thermal density of modern hydro-cooled ASIC miners and HPC hardware. Optimized fluid dynamics and high-capacity internal manifolds move heat into the secondary loop, where dissipation capacity is set by the paired dry cooling tower and the site's ambient conditions. Built for hydro ASIC and HPC densities Optimized fluid dynamics High-capacity internal manifolds Capacity set by dry tower + ambient How heat moves through the system SR40 V3 container paired with a dry cooling tower — heat is rejected in the second loop. Heat is captured at the rack. The primary loop picks up heat directly from hydro-cooled hardware. Transferred to the secondary loop. High-capacity manifolds carry the load out of the container. Rejected by the dry cooling tower. Tower sizing — not the container — sets the megawatt ceiling. Quoted per project. Exact capacity is engineered against your hardware mix and site ambient conditions. Full-load hardware inside the container — the heat source the loop is sized for. Container rows on site with paired heat rejection. Related questions Which mining hardware and servers are compatible with the SR40 V3? How does the SR40 V3 perform in extreme ambient temperatures? Can multiple SR40 V3 containers be clustered together? Need a capacity estimate for your hardware mix? Talk to a CoolSpace engineer

What is the thermal dissipation capacity of the SR40 V3 Hydro Cooling Container?

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How heat moves through the system

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