Immersion Cooling
Immersion Cooling Setup
Understanding key terminology is critical before pursuing an immersion cooling setup. Here are the most common terms simplified:
A fluid that has zero electrical conductivity, but reasonable thermal conductivity. This is a significant expense of an immersion setup.
A container or enclosure that holds ASICs and dielectric coolant. These can be made of steel, aluminum, glass (such as fish tanks), or fiberglass.
Used to transfer heat from a fluid on one side of a barrier to a fluid on the other side without bringing the fluids into direct contact.
Cooling towers are specialized heat exchangers that remove heat from water mainly by means of latent heat loss from evaporation while coming into contact with an airstream.
How It Works
A container or enclosure that holds ASICs and dielectric Oil and The Oil is first pumped to a heat exchanger. The heat from the exchanger is then transferred to a water line. The heated water is then pumped from its own loop to a cooling tower or dry cooler and cooled down.
Why Immersion Cooling?
The oil is circulated using pumps, and heat is removed from the system using external radiators and fans.
Quieter Operations
In comparison to other coolers, immersion cooling systems are much quieter in operation.
Viability
An immersion cooling system can be put into almost any computer, whether a desktop or a server.
Easier Maintenance
Immersion cooling reduces repair and maintenance 10 times greater than that of typical air-cooling system.
Durability
High temperatures will not damage the hardware they are connected to. As a result, they are highly durable and long-lasting.
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