During the Liberty Energy earnings call last week, Ron Gusek made some really interesting comments about their distributed power solutions and work related to data centers. I thought the excerpts are worth quoting at length. Very interesting comment about how “more direct collaboration with hyperscalers, expanding beyond the developer ecosystem“. I would love to hear more about that! And so did some of the analysts on the call, based on the follow up questions. Take a quick read:
Growing demand from data centers and industrial users necessitates a collaborative approach to address power service requirements that increasingly surpass the traditional utility offering.
Distributed power generation demand continues to build as grid interconnection bottlenecks, utility imposed operational constraints, and system congestion drive hyperscalers toward onsite power as the preferred long-term model. This shift is reinforced by extraordinary hyperscaler investment in infrastructure supporting voracious demand for AI enabled productivity increases. Widening policy mandates to expand generation capacity and providing grid resilience within local communities further encourage distributed power solutions.
As customer requirements grow more complex, Liberty is experiencing more direct collaboration with hyperscalers, expanding beyond the developer ecosystem. Large load customers are increasingly prioritizing fully integrated, end-to-end power solutions that bring together land, fuel sourcing, midstream and generation infrastructure, grid interconnection, on-site power delivery, load optimization, and lifecycle operations. LPI provides seamlessly delivered power through a single trusted partner.
Onsite power is a complex operational symphony that requires a sophisticated ecosystem of telemetry, logistics, and technical readiness. At LPI, we have built a comprehensive execution solution designed to manage this complexity at scale, from a globally integrated supply chain and a mobilized workforce to an AI-driven technology overlay to ensure peak performance. Our commitment to reliability is anchored by our LAET advanced testing facility, where we rigorously validate the integration of hardware, software, and dynamic load-following performance for real customer load profiles in a controlled low-risk environment.
Our microgrid testing facility in El Reno is designed to evaluate how complex multi-source energy systems within the Forte offering, perform under dynamic operating conditions using our tempo proprietary control system that governs overall system behavior. It is structured around three phases of validation. First, a software phase evaluates system performance from a first principles perspective, allowing us to understand how generation, storage, and power electronics respond to dynamic customer load while also supporting system resiliency and equipment lifetime. This work informs control tuning, system architecture, and the type and size of supporting assets required. Second, a hardware in the loop phase applies these learnings using the physical control system operating against simulated generation, storage, and load assets. This allows us to assess response times, control logic, and system coordination by validating how real controller decisions interact with dynamic system behavior before physical equipment is introduced. Third, integrated system validation brings physical generation, storage, and power electronics together on a common bus to serve representative load profiles at meaningful scale.
While not full plant capacity, this step ensures that control logic, hardware interfaces, protection schemes, and dynamic response translate correctly onto real equipment and operating conditions. By progressing from modeling to controller validation to integrated system testing, we identify integration risks and control issues prior to field deployment, providing our customers with the operational certainty required to support the next generation of data center demand.
Moving to the power outlook, US demand estimates continue to accelerate, exemplified by ERCOT’s recent projections that Texas grid demand could quadruple by 2032. This significant expansion is being met by a fundamental shift in the commercial landscape. Hyperscalers and other large load customers are increasingly relying on distributed power service providers to self-generate and bypass traditional grid constraints. LPI is uniquely positioned as the enabling infrastructure provider supporting customers as they transform from large scale power consumers to more localized, on-site energy users rather than grid dependent power users. LPI’s scalable, decentralized power solutions provide the critical operational infrastructure for these large load customers, with the ability to support local grid stability.
Question – Arun Jayaram: Yeah. Good morning Ron, you discussed in your prepared remarks some trends towards perhaps the disintermediation of the developers and you’re having more direct interaction with the hyperscalers. Can you talk about that trend and could that be a favorable trend for Liberty, particularly how you’ve commented how there’s been a move towards more fully integrated solutions?
Answer – Ron Gusek: Yeah, that’s a great question and it certainly is a very, very important trend. Of course, if you look at the landscape, there is a huge number of land opportunities being developed. That’s not where the challenge lies in this world. So lots of potential sites. It’s ultimately up to the hyperscaler to evaluate those sites and find the ones that meet all of the criteria that they are looking at to ultimately build and operate a data center. And we can work very closely with them along – alongside of them to help work through that checklist and understand the sites that represent the best possible opportunity going forward. That checklist is a long one. We’ve talked about that in the past, but you think about things like access to gas, community engagement, surface access rights, subsurface access rights, the list goes on and on and on.
And the hyperscalers have recognized that that list is a complex one and that they have choice in land. What they want is a great partner on the power generation side of things that can help them navigate things like the community engagement, the air permitting, the gas access, and the things that LPI has worked very, very hard to bring to the table.
And so what we’ve found over the last little while is that, while we initially started engaging with the developers that were effectively a bit of an intermediary between us and the hyperscalers, we’ve seen a lot more interest in a direct conversation there. And now our conversations at LPI tend to be directly with the hyperscalers, evaluating a range of land opportunities, recognizing that not all of those will get across the finish line, but helping them to high grade those and then standing alongside them as a partner to bring all of the skills that – and capabilities that we have to the table.
Answer – Michael Stock: Yeah. I’d sort of characterize it as, we want to become the – if we go back, I’m showing my age (00:29:57), the Intel Inside, right? Sort of really what the difference here is you got the land developers and you got the land opportunities. You’ve got the data center developers who are bringing – who are going vertical and building the buildings. Ultimately, it’s all getting paid for by the hyperscalers and we are the key element in there. So, being involved with all three of those stakeholders at the table is the key part.
And now we’re more directly involved with the hyperscalers because multiple vertical developers are coming to the hyperscalers and they’re going, okay, Liberty is our power solution. They’re now comfortable with that. Land developers are going to the developers and going, say, hey, I have got 1,000 acres, Liberty is going – can be our power on this land. Both the vertical developers and the hyperscalers are comfortable with that. So think about it that way and that’s how the conversations have kind of moved over the last three months or so.