The real debate isn’t about megawatts. It’s about how risk moves.

In most markets, everyone understands that generation and transmission both matter. The question isn’t whether infrastructure is required. It’s how that infrastructure is structured and who carries the exposure if assumptions change.

A utility-led expansion allocates risk differently than a behind-the-meter project. A hybrid interconnection structure distributes timing and reliability responsibility differently than a fully islanded facility. Each path solves for certainty in a different way and shifts cost, operational, and political risk to different balance sheets.

For operators deploying large-scale compute, the objective is predictable delivery. For regulators, it’s protecting residential ratepayers and service reliability. For communities, it’s ensuring they are not absorbing exposure they did not choose. For capital providers, it’s understanding where timing, utilization, and stranded asset risk ultimately reside.

The infrastructure constraint is real. But the more consequential decision is how risk is allocated across stakeholders before capital is committed.

Capacity can be built, and the grid made more robust.
Certainty depends on where the downside sits.