Technology like this is one of the most effective cooling methods for data centers. As an example, let’s look at the following characteristics:
OPEN NEW SOLUTIONS FOR DATA CENTERS AND SUPERCOMPUTERS
GET HIGHER DENSITY with IMMERSION COOLING
This type of system is designed without the restrictions and overhead, of traditional cooling methods and has a number of advantages, such as a much higher density, improved performance, and the possibility to build new infrastructures with much profit-earning capacity with a smaller package, lower power consumption and much less supporting infrastructure (ie. No chillers or air conditions), the choice of facilities become much less restrictive.
ELIMINATES THE HEAT TRANSFER OVERHEAD
Our immersion cooling systems with their design, release heat transfer, and the same hardware starts the cooling process. Engineers and developers can focus on building data for the applications instead of finding ways to get the heat out. The installation is not affected by the change of IT hardware or the updates, since the system that is used, works in a controlled way with the specific limits for the different elements of the liquid, separating and dragging the heat generated from an independently not as with air cooling which you need external elements.
DIELECTRIC COOLING FLUIDS IS THE FUTURE
One of the differences between air-cooled or water-cooled systems is the enormous amount of resources are spent on redesigning the systems that will change in the next IT generation.
The immersion cooling system does not rely on additional resources to carry out its heat transfer function. Consequently, your immersion enclosure allows for better flexibility, opening the door to new data center design and edge computing.
IMPROVE PERFORMANCE AND RELIABILITY
Hardware placed in an immersion cooling system has advantages in obtaining direct contact cooling, improved performance, no temperature change or hot spots, and generally works more reliably. The placement of the different IT equipment is not limited by the other systems and equipment brings new densities never seen in the market.
Here are a few reasons why immersion cooling systems are necessary
These points will help you better understand the benefits and the concept of this technology. The potential of this system is that it can reduce the OPEX, CAPEX, and PUE impact, increasing the density allowing you to be more competitive.
To know more please contact us at https://teimmers.com