Why Data Centers can't get power or water
The short version: Fiscal Forensics breaks down the $10-13M-per-megawatt math behind data centers and shows the grid, not construction, is the real chokepoint.
Our Take
Fiscal Forensics pulls back the curtain on data center economics, and the numbers are worth sitting with: $10-13 million per megawatt to build AI-ready capacity, hyperscalers dropping $725 billion in a single year, and some players now borrowing against the GPUs themselves to finance whole buildings. That last part should give everyone pause. When the collateral for a data center is a chip that depreciates on a product-cycle timeline, the incentive to lock in cheap, guaranteed power and water for decades only gets stronger — and that's the bill communities end up holding.
The video's core point — that power, not concrete, is the real bottleneck — matches what we're tracking on the ground. Utilities are fast-tracking substations and transmission upgrades to feed these campuses, and those costs don't just vanish into a corporate balance sheet. They show up in rate cases, in water allocations during drought years, and in tax abatements that local councils approve often with little public debate. The financing pressure described in this video is exactly why speed matters to developers: the faster they get juiced up and online, the faster that GPU-backed debt starts paying for itself.
Credit to Fiscal Forensics for laying out the balance sheet reality most coverage skips. Our job is to connect that math to your zip code — check our facility map to see what's being built near you, and if a project is moving through your local permitting process, our take-action page has the tools to get you into the room before the deal is signed.
This is GridWatch the USA’s original commentary. The video above is the work of Fiscal Forensics, published on YouTube — full credit to the creator.