Executive Overview
The intersection of artificial intelligence (AI), high-performance computing (HPC), and modern power markets has fundamentally altered the trajectory of global real estate and energy infrastructure. As traditional data centre hubs—such as Ashburn, Virginia—face escalating power constraints, constrained land availability, and severe grid bottlenecks, developers are forced to look beyond conventional urban footprints.
Enter Alex Hernandez, a visionary entrepreneur who is once again redefining the limits of digital infrastructure. Having previously founded Cumulus Data—the pioneering firm behind the world’s first hyperscale data centre campus directly tied to carbon-free nuclear energy—Hernandez has launched his latest venture, PowerBridge. Established in May 2025 in partnership with investor Five Point Infrastructure, PowerBridge applies a similar blueprint to a new frontier: West Texas.
PowerBridge is spearheading the development of gigawatt-scale, "move-in-ready" powered campuses. By decoupling data centre deployment strategies from traditional electric utilities and addressing the global power crunch through the "lens of energy," PowerBridge is bypassing historical constraints. With projects like the 2GW Alpha Digital campus near Pecos, Texas, the company is proving that the future of AI computing lies not in crowded metropolitan conduits, but in sparsely populated regions rich in natural resources, localized power generation, and progressive community partnerships.
Detailed Chronology: From Nuclear Pioneers to West Texas Titans
The genesis of PowerBridge’s current strategy traces back to a bold bet made at the dawn of the 2020s.
2020: The Birth of Cumulus Data
In 2020, Alex Hernandez founded Cumulus Data with an unconventional premise: that the future of hyperscale computing would require a symbiotic relationship with dedicated, carbon-free energy sources. To prove this thesis, Cumulus established the world’s first hyperscale data centre campus directly connected to the 2.5GW Susquehanna nuclear power plant located in northeastern Pennsylvania.
At the time, industry skeptics questioned the economic viability and logistical sanity of building advanced data centre infrastructure in rural, overlooked communities like Berwick, Pennsylvania. However, Hernandez foresaw the impending collision between skyrocketing AI computing energy demands and stagnant regional electrical grids.
March 2024: A Milestone Exit
The foresight behind Cumulus Data yielded profound dividends. As artificial intelligence models scaled exponentially, driving unprecedented power consumption across the tech sector, the value of dedicated, co-located nuclear energy assets skyrocketed. In March 2024, the 960MW Cumulus campus and its underlying operations were acquired by Amazon Web Services (AWS) for an astonishing $650 million. This transaction delivered a stellar five-times return on investment, validating the co-location model on a global stage.
May 2025: The Launch of PowerBridge
Capitalizing on the lessons learned from Cumulus Data, Hernandez and a core team of former Cumulus executives united in May 2025 to launch PowerBridge. Partnering with infrastructure investment firm Five Point Infrastructure, the newly formed company set its sights on an even larger canvas: West Texas. Seeded with a strategic portfolio of existing assets, PowerBridge transitioned from a single-site nuclear model to a multi-region, gigawatt-scale powered campus developer.
Supporting Context & Metrics: The Paradigm Shift in Digital Real Estate
To understand the urgency driving PowerBridge’s strategy, one must examine the macro-economic shifts occurring across North American power and real estate markets.
The Pennsylvania Blueprint
Pennsylvania stands as a prime historical example of how quickly energy abundance can transform a regional IT market. According to data intelligence firm DC Byte, Pennsylvania’s total IT capacity stood at a modest 0.2GW in 2021. By 2025, driven by abundant power supplies, available land, and a welcoming business environment, the state’s capacity surged to nearly 8GW. This transformation provided a clear roadmap for PowerBridge’s next iteration.
The West Texas Energy Abundance
While Virginia and other legacy markets battle severe electrical transmission queues and power deficits, West Texas presents an entirely different economic reality. The region features a massive oversupply of natural gas—so much so that regional pricing frequently hovers close to zero. Furthermore, West Texas boasts extraordinary potential for renewable energy integration, with ample wind and solar resources capable of supplementing baseload generation.
By placing massive power consumers—data centres—immediately adjacent to these localized energy assets, PowerBridge can secure power at costs and volumes that grant hyperscalers absolute certainty for long-term expansion.
Water Management and Sustainable Cooling
As chip densities rise and server temperatures soar, thermal management has become one of the most critical operational challenges for modern data centres. PowerBridge has addressed this challenge head-on through an exclusive affiliate relationship with WaterBridge, a specialized water management subsidiary of Five Point Infrastructure operating across West Texas.
Rather than straining local municipal freshwater supplies, PowerBridge campuses are engineered to utilize recycled water sources, including brackish and produced water. This innovative approach provides an invaluable economic and environmental lever for hyperscale tenants while safeguarding the vital resources of local host communities.
Official Statements and Strategic Philosophy
Alex Hernandez’s leadership philosophy centers on marrying macro-level market foresight with micro-level execution. In various industry discussions, Hernandez has repeatedly emphasized that digital infrastructure and energy deployment strategies have become inextricably linked.
"When Cumulus started, people said no one’s going to build a data centre in the middle of nowhere, Pennsylvania," reflects Hernandez. "Pero our thinking was that, ultimately, markets are going to gravitate to where there’s an abundance of land, energy, connectivity, and community support away from major population centres."
Hernandez points out that traditional real estate developers often wait for firm customer commitments before initiating infrastructure development. PowerBridge rejects this reactive approach. Instead, the company deploys its own capital upfront to advance every critical element of a powered campus.
"Potential customers really like our powered campus model, which is a move-in-ready neighbourhood model," Hernandez explains. "We are designing and constructing new power generation together with our campuses, and will generate excess power for the electric grid."
By pre-building power infrastructure, electrical equipment, water systems, civil works, regulatory frameworks, and fibre conduit connectivity, PowerBridge eliminates the deployment friction that typically delays digital infrastructure projects by years.
Future Outlook: Building the Next Generation of 30GW Hubs
Looking ahead over the next five to ten years, PowerBridge’s expansion roadmap is aggressive, transformative, and deeply intentional.
Current Buildout and the Alpha Digital Campus
PowerBridge is actively developing between three and five gigawatt-scale powered campuses across North America. Its flagship project in West Texas—the 2GW Alpha Digital campus near the city of Pecos—is strategically situated in close proximity to the vital Waha natural gas hub. The campus is on track to deliver its initial capacity in the second half of next year.
The viability of this location has already been validated by the broader tech ecosystem. Microsoft’s recent announcement regarding its own major data centre development in Pecos underscores West Texas’s emergence as a premier global hub. Following Microsoft’s announcement, inbound interest in PowerBridge’s Alpha Digital campus has surged exponentially.
Furthermore, PowerBridge has already secured a contract for a second West Texas campus exceeding 1GW in capacity, developed in direct collaboration with a major hyperscaler. A third campus is also slated for West Texas, with long-term expansion horizons pointing toward legacy markets like Pennsylvania and Ohio.
Long-Term Energy Vision: Natural Gas as a Bridge to Nuclear
While natural gas serves as an ideal, low-cost transitional bridge to power immediate AI infrastructure demands, Hernandez remains a steadfast advocate for advanced nuclear energy. Drawing on the foundational DNA of Cumulus Data, PowerBridge views carbon-free nuclear power as the ultimate long-term solution for sustainable, baseload-heavy digital infrastructure.
By blending natural gas, abundant solar and wind resources, and potentially future nuclear integration, PowerBridge envisions a future where regional digital markets can safely scale to 10GW, 20GW, and even 30GW without triggering global grid failures.
Conclusion
Alex Hernandez compares the current re-architecting of data centre geography to the historical advent of the railroads—a foundational shift that rewrote economic geography and trade routes. As hyperscalers desperately seek actionable, gigawatt-scale development projects that offer speed, certainty, and cost-efficiency, PowerBridge stands at the vanguard of a new industrial revolution. By viewing data centres through the lens of energy rather than real estate, PowerBridge is not merely predicting the future of computing; it is actively powering it.
