Ron Gusek23:15
Yeah. So, let me back up a little bit. That's an important story for us. We have always been of the belief that you never want somebody else to be in control of something that is critical to your success. And in frac there are a few things that specifically fall into that bucket. In this case, that is power. So as we thought about this idea of transitioning a fleet from a diesel fuel fleet or even dual fuel to a fleet that is run on natural gas, the initial way to do that was using natural gas to generate electricity and then having an electric frac pump. We started from the ground up building an electric frac pump maybe 2018 or thereabouts and then quickly recognized that if we were going to do that we had to have control over power generation as well. And so we made a very intentional decision that alongside the electric pump we were also going to take care of building, designing, building and operating the power generation. And so we had built up this experience in that regard. We run maybe 130 megawatts of power generation out in the field today for frac, and frac only.
What that meant was that as this opportunity became apparent around power generation for other needs that might be electrification of the oil field or data centers, other commercial and industrial opportunities. We saw an opportunity. We recognized that we had experience, capabilities, the supply chain, the manufacturing, the controls and all of those things to be able to participate in that space. And so it was clear to us that we had an opportunity to take that skill set and build an adjacent business to our core oil field services business. We started looking at that probably 24 months ago now, really starting to think about that, understanding the space, what the requirements would be, capital needs, opportunities for places we could participate from the oil field to remote mining and things like that, and then ultimately this data center space. We decided that it was going to be a great fit for us and so announced on our Q4 call last year that we were taking a step into power generation, that we'd ordered some amount of generation capacity and that we were in the market with that. The last year has been a very interesting year around how collocated behind-the-meter power has evolved in terms of its place in the market. You would have heard probably 12 months ago that the grid was the panacea that everybody wanted to end up on the grid and that this collocated behind-the-meter solution would just be a temporary one, that you would maybe be there for a few years until the grid could get there and then that was it. Over the course of the last 12 months, that opinion has absolutely pivoted, and for a number of reasons. Of course, the grid remains very, very challenged, but you've heard the public backlash around the cost of electricity and what's happening, and everybody jumping on that to power everything else. People are worried about their electricity prices. They view the data center as an evil thing that's coming to their community that's just going to make power more expensive for them. And so what that has meant is that there's been a real pivot to this idea that collocated behind-the-meter power is the right long-term solution. I think there are actually a number of other great reasons why that is the case, that while grid connectivity can bring some positive things, there are some advantages to that grid connection, but regardless, the right long-term answer is this collocated power. The hyperscalers in the form of Meta, Google, and Oracle and those organizations have started to recognize that too, and that has meant that those intermediaries who build and lease data centers to the hyperscalers have also headed down that road. There is a real urgency to get AI running at levels beyond where it is today. But of course, that consumes a massive amount of power. Time is of the essence. You've heard the federal government. In fact, I think Secretary Wright described it as our next Manhattan Project, a race that we have to win. There's been this real urgency around the desire to get more data centers up and running.
The ability to meet that need with the grid is also very, very challenged. The interconnection queues are measured in years. We can respond far more quickly with modular behind-the-meter power than the grid could ever respond. Meaning that probably in 18 months from the time a contract is signed, we can have a data center up and running. Vantage recognizes that desire to have speed to market, certainty around access to power. They want to be able to communicate that certainty to their customers, whoever that might be. And that was ultimately the genesis of this relationship. So we started talking to them last year sometime, and that ultimately culminated in the announcement you heard a little earlier this year, which is a reservation program where Vantage is guaranteed access to 400 megawatts of power generation in 2027 for deployment at a site of their choice. They're a large builder of data centers. I think they operate north of 40 of them around the world today, and they continue to see meaningful demand for that. But critical to them is knowing that they have access to the electricity required to make this happen. This arrangement, this partnership between Vantage and Liberty, allows them that certainty and allows them to tell their customer they have that certainty. So we're excited about that. I expect it grows meaningfully beyond that. Of course, you're hearing the size of these data centers now. They are massive. In some cases, a few hundred megawatts, but in some cases, several gigawatts of power on a single campus.