Nicholas Institute for Environmental Policy Solutions

But like your big battery, your big LFP battery, if, you know, if the grid goes out and you have to switch to the battery to reduce power draw, that's gonna run out at some point, in four hours, as I understand it, if you're running the whole data center.

And now, of course, I read the Duke paper that everybody, the Nicholas Institute paper that everybody references, and one, [chuckles] one of the things that the Duke paper says is that the average call from a utility to a data center to reduce power is, like, two hours, is less than four hours.

But then my question is, what if you have, like, a heat dome that lasts for a week, and so every afternoon you're called on to reduce, and then you have to recharge the battery after it goes down, but, like, the heat dome is there the whole time, and then, like, the second day you're starting from 60%, the third day you're starting from 40%.

At what point does the battery run out and the tenant have to start cutting back on compute? How much duration can you handle, I guess, is what I'm asking.