immersion cooling benefits
for crypto mining industry
Benefits to use
By immersing the mining equipment in a liquid, immersion cooling technology allows you to remove heat from the mining equipment with the most efficient way better than air cooling.
Benefits to use immersion cooling
in crypto mining
There are numerous benefits to using immersion cooling systems. This technology is a viable option for small and large mining farms looking to reduce costs, increase energy efficiency, and minimize the effects of environmental factors such as temperature and vibrations.
Reasons to move to
in crypto mining
These continuous vibrations stress the boards and fail more often and it's common the completely failure of the miner.
This dust remains inevitable in this type of operations 24x7 and this dust produce static electricity which damage the equipment.
High external temperatures lead to the performance reduction. This requires additional cooling system, which means extra costs on its implementation.
Higher cost in cooling, maintenance, cleaning and continuously miners repair. The building needs to be ready and it can not be placed in specific countries.
The miners fans are very noisy and you can not work and operate with them easily One ASIC, for example, generates 75 dB.
The cooling requirements and the heat produced by miners can not be compatible in long term with the miners but with liquid immersion cooling does.
In air there are the limitations of the air and the temperature and you can no add different miners together or in a mid or small place.
7 GREAT REASONS TO MOVE TO IMMERSION COOLING
The equipment used for crypto mining has a little physical impression, which implies diggers can pack a ton of force into a solitary rack of units. Nonetheless, GPUs and ASICs devour immense measures of force, and keeping in mind that productivity is expanding with new chip cycles, the general force utilization isn’t diminishing. That implies the force thickness required for this equipment can be very high, particularly when you factor in the extra force cost of keeping the equipment cool.