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Understanding the Fundamentals
In immersion cooling, heat is transferred directly away from the heat source using a working fluid that must be non-conductive. The fluid directly contacts the hot components, absorbing the heat they generate, then circulates away from the components and can be passed through a heat exchanger to dissipate the heat.
The underlying principle behind both single and two-phase immersion cooling is that liquid is a much better heat conductor than air.
Servers are completely submerged in dielectric fluid
Components generate heat, directly absorbed by fluid
Heated fluid circulates to heat exchanger
Heat dissipated, cooled fluid returns
How it works: A single-phase fluid remains in its liquid form during the entire cooling process. Single-phase immersion uses a circulation method for the dielectric liquid across hot electronic components and to a heat exchanging approach.
How it works: A two-phase fluid undergoes a phase change and becomes a gas. The liquid used is fluorocarbon-based and leverages the heat-absorbing properties of vaporization.