News

February 12, 2026

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Cold-Plate and Immersion CDU Architectures in Data Centers

Cold-Plate and Immersion CDU Architectures in Data Centers Thermal-Fluid Design Considerations and Operational Requirements for Modern Data Center CDUs   As AI and high-performance computing workloads drive unprecedented power densities, liquid cooling in data centers has transitioned from a niche solution to a mainstream infrastructure strategy. At the center of every liquid cooling deployment is

February 04, 2026

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Air Cooling for Data Center: Utilization of Ambient Air as Primary Cooling Resource

Air Cooling for Data Center: Utilization of Ambient Air as Primary Cooling Resource 1. Available Air-Cooling Resources and Applicable Operating Conditions for Data Center In air-cooled data center designs, the suitability of ambient air for cooling is primarily influenced by outdoor dry-bulb and wet-bulb temperatures and their distribution throughout the year. Regions characterized by high

January 28, 2026

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Seawater Heat-Rejection Loop

Seawater Heat-Rejection Loop: Converting Coastal Heat-Sink Advantage into Sustainable Cooling Capacity Coastal data centers are often viewed as having a natural advantage in heat rejection, as the ocean represents an enormous and readily available heat sink. When data-hall heat can be rejected to seawater in a stable and well-controlled manner, chiller runtime can be reduced.

January 22, 2026

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Why BPHE Selection Matters in Data Center Liquid Cooling

Why BPHE Selection Matters in Data Center Liquid Cooling   As AI workloads and high-density racks become standard, liquid cooling is moving from a niche solution to a core data center infrastructure. In this architecture, the Coolant Distribution Unit (CDU) is no longer a passive or “background” component. Its internal heat exchanger — most commonly