
Data center build timelines are driven less by the shell and more by permitting, utility interconnection, and supply-chain bottlenecks.
Data centers typically take five years or more to build, far longer than conventional warehouses, because construction involves multiple complex stages beyond simply erecting a shell structure. The real delays stem from permitting processes, grid interconnection requirements, supply chain constraints, and site selection negotiations rather than the physical building work itself. Operators can compress timelines by selecting sites with favorable zoning, standardizing hardware designs, diversifying suppliers, using modular construction approaches, and installing on-site power generation to reduce dependence on grid connections. However, macro constraints like utility capacity limitations and material availability ultimately control the schedule regardless of an operator's choices.

Virginia’s new electricity tax on data centers, including self-generated power, is projected to generate $600M annually.

Orbital data centers promise relief from terrestrial power challenges, but their future may hinge on a harder question: repair infrastructure or replace fleets.

Microsoft's West Texas power agreement with Chevron shows how AI developers are securing generation capacity alongside compute.
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