George Sakellaris
Management
Well, no, it's percolated to the top. And basically, the economics is another driver of -- because of all the technological improvements or the innovations in the last few years. Like the micro grids. They were very expensive sometime back, but now they're getting much cheaper, better storage. Again, the costs have come down, solar, combined heat and power, So, for example, take the Paris Island project when we started out, that's supposed to be $48 million project. And then when they said, you know what, we are very prone to storms down here. We need resiliency. So, we went back with the combined heat and power plant with a battery storage, with a micro grid, with solar. And now they can isolate themselves, and the project became the $98 million the theory, all that got one of the savings. A few years back, you wouldn't be able to do that. So – and the other thing people are talking about cybersecurity and so on. And now with the storms or the weather-related contingency that we have, they have come to realize that resiliency is a key part of the solution as we go to more and more green, whether it's solar, whether it's wind or whatever the case might be because a similar event that's weather-related, we'll take all those out. And that's that has made the project much larger. And now it's beginning to speed longer, colleges and universities that they're asking for more resiliency, not rolling about reduction, but backup generation. And the economics again, they have come where they make good economic sense for the customer.