Erhältlich:
Nicht auf Lager
Buch (Softcover): Fachbuch
The Modern AI Data Center Liquid Cooling Engineering Handbook
CDU Sizing, Cold-Plate Loops, Water Chemistry, Controls, Commissioning, and Failure Prevention for High-Density AI Racks
Verlag:
Independently Published Unsere-Artikel-Nr.: P36479052
EAN: 9798189557750
Erhältlich:
Nicht auf Lager
Zustellung: Di, 13.10.2026
Versand: Kostenlos
-2.0 %
CHF 197.–
CHF 193.–
Beschreibung
When high-density racks exceed the practical reach of conventional air cooling, the challenge is not simply adding liquid. It is engineering a complete cooling system in which every thermal, hydraulic, chemical, control, and commissioning decision works together. A cold plate can meet its datasheet target while the loop cannot deliver the required flow. A CDU can carry enough headline capacity while pressure drop, approach temperature, or turndown is wrong. A sound hydraulic design can still be undermined by incompatible materials, fouling, unstable controls, incomplete flushing, or acceptance testing that never proves performance under representative load. This handbook provides an end-to-end engineering workflow for avoiding those disconnected decisions. It follows the sequence a real project team uses: heat-density assessment, architecture selection, cold-plate qualification, CDU sizing, facility and technology loop coordination, heat-load mapping, flow and pressure-drop calculations, pump and manifold design, coolant chemistry, filtration, controls, commissioning, troubleshooting, maintenance, and retrofit planning. Worked examples show the required inputs, assumptions, order of operations, and verification points. Checklists, practice problems with answer keys, commissioning forms, reference tables, and symptom-to-cause tools support design review, startup, field diagnosis, and long-term operation. Translate rack and cluster heat loads into defensible flow requirements. Evaluate cold plates, CDUs, pumps, piping, and controls as one connected system. Build pressure-drop budgets and identify the true pump operating point. Protect narrow cooling passages through compatible materials, water treatment, filtration, and flushing. Develop alarm logic and functional tests that verify capacity, redundancy, and load response. Compare operating data with the commissioning baseline to diagnose thermal, hydraulic, chemistry, and control faults. Plan phased upgrades with capacity margin, isolation, disruption, and lifecycle cost in view. Written for mechanical and thermal engineers, liquid-cooling specialists, commissioning professionals, facility operators, consulting engineers, system integrators, specification teams, and advanced technicians, the book assumes foundational knowledge of HVAC, pumps, piping, heat transfer, controls, and data-center infrastructure. Use this handbook to keep high-density cooling decisions connected from chip interface to facility plant-and to verify the assumptions that determine whether the installed system will perform.
Spezifikationen
Sprache
- Englisch
Autor
- Calder H Ventor
Erscheinungsjahr
- 2026
Format
- Buch (Softcover)
Anzahl Seiten
- 476