What does this equation mean?

That reported 250-megawatt figure is worth pausing on, because a naive back-of-envelope estimate from the chips alone comes out much lower. Nvidia’s own datasheet lists the H100 SXM5 module’s maximum thermal design power at 700 watts [ 5 ] . Multiplying that by the disclosed size of the original cluster gives the accelerators’ own nameplate draw at launch: $P_{\text{nameplate}} = N_1 \cdot P_{\text{GPU}} = 100{,}000 \times 700\ \text{W} \approx 70\ \text{MW}$. Independently reported total generating capacity at the site during roughly that period ran several times higher than that — on the order of 570 megawatts once a documented 150-megawatt grid connection (below) is added to the roughly 420 megawatts of turbine capacity litigants and reporters separately counted on the ground (also below). None of that gap is evidence that either figure is wrong. It is what a real facility looks like once CPUs, memory, storage, networking gear and — above all — liquid-cooling infrastructure are added on top of the accelerators themselves, and once generation is sized with reserve margin rather than run flat to nameplate. The arithmetic is offered here for exactly that reason: to show why “GPU count” and “site power” cannot be inferred from one another without the buildout details neither company nor litigant fully discloses.