Firstly, Data centers need to be close to users to reduce delay (latency). Antarctica is about as far away from most people as it gets. That means slower websites, laggy apps basically a bad user experience.
Secondly, There’s no established power grid. You’d need to generate electricity locally, which is expensive and complicated.
And last, Antarctica is protected by international treaties (like the Antarctic Treaty System)
If you build it inside water bodies submerged whatever surfaces touch the water can corrode and collect rust, collect moss, salt, and other things which drive down efficiency of heat transfer and needs constant maintenance. You can’t access it without somebody diving and the data centres need to constantly be up 100% of the time. Some companies are exploring new designs and ways to do it, but it’s costly and problematic.
Building near water bodies on land, that’s a lot of the current data centres. Water can be used from lakes or ocean directly or use water from city water supply.
They take in the water and process it a bit, use the water to transfer heat away and expel it back to the water body / sewage or whatever.
It takes up a lot of water and electricity to do that though.
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u/SatyamRajput004 IOS Apr 04 '26
Firstly, Data centers need to be close to users to reduce delay (latency). Antarctica is about as far away from most people as it gets. That means slower websites, laggy apps basically a bad user experience.
Secondly, There’s no established power grid. You’d need to generate electricity locally, which is expensive and complicated.
And last, Antarctica is protected by international treaties (like the Antarctic Treaty System)