What does this transmission look like on the ground today when you're out there talking to data centers and other customers?

Yeah.

I guess I'll kind of double down on the data center power generation side.

I, I, I think the-- what is very different is the scale and the pace of some of these projects.

I mean, it used to be unheard of that, you know, that you would see a gigawatt project, and now we're seeing, you know, five, ten gigawatt projects come across our desk, and we've really kind of had to reimagine and re-architect how we look at these projects.

Uh, it's almost...

So Schneider, our approach, at least on these larger ones, is to look at them more as privatized utilities.

So Greg, explain to us what a Frankenstein microgrid is.

Castle focused on the move to on-site power generation.

One thing that you've been really shocked on is just this complete shift in how rapidly this happened to having more of the on-site power generation for data centers.

And again, if you haven't seen the Bluebird article, they quantify roughly 114 gigawatts per second in their bird generation.

That's either in development or being claimed to be built in the next five years.

Just for context, that's 20% the entire peak load of the United States.

It would basically be the equivalent of France and the UK combined.

And that is behind your power generation.

Castle pointed to the opportunity for data centers to interconnect faster if they provide community benefits.