For most of the last few decades, facility siting followed a predictable order of operations. Labor availability came first, tax incentives and utility rate structures came second, and logistics access came third. Power was assumed. A site either had it or the utility would find a way to get it there, and that assumption rarely made it into the top three criteria on a site selection matrix.
That ordering has quietly inverted. Across data centers, semiconductor fabs, and EV battery plants, the question of whether a site can actually secure the power it needs, on a timeline that matches construction, now gets asked before almost anything else. Sites that would have sailed through evaluation five years ago are being screened out early because the power isn't there, or won't be there in time. This isn't a temporary blip tied to one region or one utility. It's a structural shift in how facility siting works, and owners who haven't adjusted their evaluation process are finding out the hard way, late in a project, when it's expensive to correct.
Why power moved to the front of the line
The facilities driving this shift share a common trait: they are extraordinarily power-dense compared to the buildings that came before them. Hyperscale data center campuses, fabs running advanced process tools, and gigafactory-scale battery lines all draw continuous, high-density loads that stress grid infrastructure in ways that a typical industrial or commercial building never did. Utilities that once had comfortable interconnection headroom are now working through queues, upgrade studies, and capacity allocation processes that simply take time. That time doesn't compress just because a project has an aggressive schedule.
The result is that power availability has become a gating item rather than a downstream utility coordination task. A site can check every other box, workforce, incentives, transportation, permitting climate, and still be the wrong site if the interconnection timeline doesn't match the project's need date. Owners evaluating locations now have to treat a power feasibility assessment as one of the first filters applied, not a confirmation step run after a site is already under contract.
What this means for project delivery once a site is chosen
Moving power to the front of siting decisions has downstream effects on how a project gets delivered. Long-lead electrical equipment, switchgear, transformers, generators, has always mattered, but now it has to be procured against a schedule that assumes utility interconnection is the pacing item, not a formality. Program and project management has to treat the electrical infrastructure path as critical path from day one, because in many of these projects, it is.
It also raises the stakes on getting that infrastructure right the first time. When utility capacity is scarce and hard-won, there's little appetite for rework or for discovering during commissioning that switchgear, protection relays, or MV/LV distribution weren't installed or configured to spec. Commissioning QA/QC on the electrical systems that connect a facility to a constrained grid resource isn't a nice-to-have in this environment. It's the validation that protects an asset the owner may have spent years securing access to.
Frequently Asked Questions
Does this affect data centers, fabs, and battery plants equally?
All three facility types are power-dense enough to be affected, though the specifics of load profile and timing differ by industry. The common thread is that each has moved power availability higher in its siting criteria than it used to be.
Can owners do anything about interconnection timelines once a site is selected?
Once a site is under contract, the utility's timeline is largely fixed, which is exactly why power feasibility needs to be evaluated before a site is chosen rather than after. At that point, the owner's leverage shifts to making sure everything on the project side, from equipment procurement to commissioning, is sequenced to be ready the moment power is available.
Where does BIM/VDC fit into managing power-constrained projects?
Coordinating electrical infrastructure early, often before other building systems are fully designed, benefits from virtual design and construction to catch conflicts between electrical routing and other trades before they show up in the field, where they cost schedule the project may not have to spare.
Treating power as a design constraint, not a utility afterthought
The facilities being built today for computing, fabrication, and battery production are not going to get less power-hungry. If anything, the trend points toward higher density, not lower, which means the pressure on grid capacity and interconnection timelines is likely to persist rather than ease. Owners who build power feasibility into the earliest stage of site evaluation, and who carry that same discipline into electrical infrastructure procurement and commissioning, are the ones positioned to hit their schedules.
The firms and owners who still treat power as something to sort out after a site is chosen are the ones most likely to find themselves renegotiating timelines mid-project. Power availability isn't a footnote to facility siting anymore. It's the first filter, and it's worth treating it that way from the start.
