Electronics cooling
Data centre cooling loops: the maintenance programme
A data centre loop cannot be taken offline for a fluid check on a whim. See which parameters to trend, why conductivity leads, and what belongs in the plan.
THE GLACIER JOURNAL
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Ideas, explanations and practical questions for the people behind thermal systems.
Electronics cooling
9 articles
Electronics cooling
Retrofitting a hall for liquid cooling: what the existing building decides
A retrofit is bounded by pipework, pumps and shutdown windows that already exist. See which constraint usually decides the outcome, and what to survey first.
Electronics cooling
Water, not heat, is the Gulf data centre constraint
In the Gulf the binding constraint on cooling is water, not air temperature. See why the three water routes cost what they do, and where a closed loop fits.
Electronics cooling
800 V DC: what the higher voltage changes for the cooling loop
Moving rack power to 800 V DC changes more than the busbar. See why a higher system voltage tightens the fluid's conductivity requirement, and by how much.
Electronics cooling
Warm-water liquid cooling: what a 45 °C supply changes
Warm-water cooling lets a facility reject heat without mechanical chillers. See what that shift does to the fluid, the loop and the materials in it.
Electronics cooling
Low-conductivity coolants: what actually sets the number
Conductivity in a data-centre loop is set by the additive package and the dilution water. See how a sub-1 µS/cm fluid is built and how to hold it there.
Electronics cooling
Cold-plate cooling fluids: what to confirm in a water-glycol loop
Direct-to-chip liquid cooling puts conductivity, materials and monitoring into the fluid specification. See which checks decide a data-centre coolant.
Electronics cooling
Immersion cooling fluids: what to confirm beyond breakdown voltage
A dielectric fluid's datasheet leads with breakdown voltage, but pour point, viscosity, flash point and material compatibility are the properties that decide whether it works.
Electronics cooling
Indirect liquid cooling vs immersion: choose the fluid for the architecture
Separate indirect-loop, fluorinated and immersion fluid requirements for electronics cooling. Learn what to confirm before shortlisting LM-4, LM-14 or LM-17.