Megawatts are the new acreage.

For thirty years the site-selection conversation ran on cost: land price, wage rates, the incentive package. It doesn't anymore. Area Development's 40th annual corporate survey, out this quarter, found electric power availability at scale mattered to 98.5% of executives, with 82.6% calling it 'very important' — the single highest-intensity score in the entire dataset. Transmission and substation capacity registered at 97%, certainty of permitting at 94%, and 'site readiness and due-diligence status' vaulted from 78% a year earlier to 98.5%, one of the sharpest year-on-year jumps ever recorded in the survey. The question executives now put to their advisers is not 'where is cheapest?' but 'where can we be sure this will actually work?' That is a different scoreboard, and it favours a different kind of place.

The mismatch driving all of this is a timing one. A modern manufacturing box or data hall can be built in twelve to eighteen months. Connecting it to the grid takes years — four to ten across major US markets, and by JLL's 2026 outlook a 100-megawatt connection in a constrained market like Northern Virginia can wait roughly seven. The building is no longer the long pole in the tent; the wire is. When a developer models a project, a five-year delay to energization erodes the internal rate of return and quietly moves capital to a market that can deliver electrons sooner. Time-to-power has become the screen that runs before land, incentives or fibre are even discussed.

This is not only an American story, and reading it globally is what makes the opportunity legible. Ireland ran a de facto moratorium on Dublin-area data-centre connections from 2021 until December 2025, and reopened only on strict terms — dispatchable capacity, an 80% renewable requirement, and grid operators empowered to refuse sites. Amsterdam and much of the Netherlands cap or ban hyperscale builds outright; Denmark paused new connections in 2026 as demand overwhelmed its grid; Singapore replaced its own moratorium with a rationed, efficiency-gated allocation. Everywhere a grid fills up, the same thing happens: the investment doesn't evaporate, it goes looking for headroom. For a region that has spare capacity and can document it, congestion somewhere else is a pipeline.

So what does 'power-ready' actually mean, past the brochure adjective? Not 'there's a substation nearby.' It means a specific deliverable-megawatt figure attached to a date; a utility letter or executed interconnection agreement committing that capacity and timeline; land with clear title and completed environmental and geotechnical due diligence; a permitting path that is mapped and time-bounded rather than aspirational; and, increasingly, an on-site or adjacent generation-and-storage option so the site isn't hostage to the interconnection queue. Powered land trades at a premium for one reason — it collapses the schedule — and the agencies winning large loads are the ones handing an investor those five facts on day one rather than promising to go find them.

That reframes the agency's own job. Power procurement used to be a utility back-office matter; it is now an economic-development function, and it belongs upstream of the prospect, not after it. The work is unglamorous and familiar to anyone who has read this brief on project preparation: sit between the developer and the utility before either has met; pre-negotiate blocks of capacity; co-invest, where the economics justify it, in the substation or transmission upgrade that unlocks a marketed site; and be able to state a credible time-to-power number the moment an inquiry lands. The community that did the engineering study and had the utility conversation last year can answer in a meeting. The one that starts when the RFI arrives has already lost the schedule.

A closing caution, because this is a market where overselling is now expensive. 'Shovel-ready' without an engineering-validated power figure and a real permitting timeline is not a selling point; it is a liability with the exact consultants who screen on time-to-power first and will catch an inflated megawatt claim in due diligence. The communities that win the next decade of energy-intensive investment are not the cheapest. They are the ones that can prove — on paper, with a date, backed by a utility — that the megawatts show up when they say they will.