Data-centers siting concentrates noise, water, air and cost burdens on host communities while the benefits are dispersed
#00204
Residents near hyperscale data centres bear concentrated cooling noise, water draw, generator emissions and grid cost shifts, while the compute benefits accrue regionally or nationally. US opposition groups grew from 396 to 833 across 49 states in three months.
#00214Site compute underground in disused mines, caverns and bunkers
Put facilities in worked-out mines, rock caverns, and decommissioned bunkers, where stable rock temperature, natural cold water, and hundreds of feet of overburden remove noise and visual impact. Operating commercially for years at Lefdal in Norway and Iron Mountain in Pennsylvan
#00213Relocate compute into orbit, powered by continuous sunlight and cooled by radiators
Place accelerators on satellites in sun-synchronous orbit, drawing near-continuous solar power, rejecting heat through radiators, and linking satellites by free-space optical fabric. One GPU has flown; independent analyses put costs at least an order of magnitude above equivalent
#00212Relocate compute into submerged or floating offshore modules cooled by seawater
Seal servers in nitrogen-filled modules on the seabed or floating platforms, using seawater as the heat sink and removing the facility from any residential area. Demonstrated at 24 MW in Shanghai. Microsoft proved the concept off Orkney, then declined to commercialise it.