ThermInfra’s Single-Phase Immersion Cooling Solution provides an end-to-end architecture engineered to cool the most demanding high-density workloads. By totally submerging servers in specially formulated dielectric fluid, heat is directly captured from critical components and efficiently rejected through our advanced closed-loop system.
A step-by-step breakdown of heat extraction and rejection.
Heat generated at the chip is transferred directly to dielectric coolant.
Servers fully submerged in single-phase dielectric coolant.
Compact CDU placed close to tank for efficient flow & control.
(Glycol/Water) Transfers heat from CDU to external dry cooler.
Dry cooler rejects accumulated heat directly to ambient air.
Intelligent controls for safe, efficient, and reliable operation.
Designed for optimal thermal transfer and total server submersion without the risk of electrical shorting or component degradation.
The Cooling Distribution Unit (CDU) manages system pressure, flow rates, and heat exchange between the primary dielectric fluid loop and the facility loop.
A closed-loop system circulating a water/glycol mixture transfers heat from the CDU heat exchanger out to the dry cooling units.
Single Phase immersion delivers superior cooling performance designed for high power density workloads.
Eliminates server fans and dramatically reduces overall cooling overhead to achieve optimal PUE levels.
Engineered fluids, advanced monitoring, and real-time leak detection ensure round-the-clock operation.
Modular design scales seamlessly from a single rack installation to multi-MW compute deployments.
Intelligent controls deliver safe, efficient, and reliable real-time operation across the infrastructure.