Force Convection Driven By Propeller Applied In Single-Phase Immersion Cooling

A single-phase immersion cooling system comprising:

• an immersion cooling tank having a main chamber and a plurality of component areas, each component area of the plurality of component areas forming an internal component space that is separate from other ones of the plurality of component areas and is separate from the main chamber, the internal component space being configured to receive a heat-generating electronic device;
• a coolant circulating in a flow path that includes a chamber path and a component path, the coolant in the component path flowing through the internal component space of each component area;
• and
• one or more rotating propellers mounted within the immersion cooling tank, the one or more rotating propellers causing a rotating flow path in the internal component space of each component area, the rotating flow path causing driven coolant to make contact with the heat-generating electronic device when the heat-generating electronic device is received within the internal component space of a respective component area of the plurality of component areas, the driven coolant flowing at a faster speed than the coolant flowing through the main chamber outside the internal component space of each component area.

A method for cooling a server device, the method comprising:

• providing a coolant in an immersion cooling tank having a main chamber and a component area;
• circulating the coolant along a flow path that includes a chamber path and a component path, the coolant in the chamber path flowing through the main chamber, the coolant in the component path flowing through the component area;
• and
• rotating a propeller to move the coolant in the component path at a faster speed than the coolant in the main chamber, the coolant in the component path making contact with, and cooling, the server device when the server device is received within the component area.