PowerBridge Targets Gigawatt-Scale Move-In-Ready Data Center Campuses in West Texas PowerBridge, a company founded by former Cumulus Data executives in partnership with investor Five Point Infrastructure, is developing gigawatt-scale, move-in-ready powered data center campuses across North America, with an initial focus on West Texas.

The venture is led by Alex Hernandez, who previously founded Cumulus Data in 2020 before selling its 960 MW campus operations to Amazon Web Services for USD 650 million in March 2024, a transaction that delivered a five-times return on investment.

Origins in Nuclear-Powered Infrastructure

The strategy behind PowerBridge draws directly from the Cumulus Data playbook. Hernandez's earlier company demonstrated the viability of locating data center infrastructure away from traditional urban hubs such as Ashburn, Virginia, and situating it instead in resource-rich rural areas.

The Cumulus campus in Berwick, Pennsylvania, which was powered by nuclear energy, saw IT capacity in the surrounding region grow from 0.2 GW in 2021 to almost 8 GW by 2025.

That experience, Hernandez has indicated, proved the commercial logic of co-locating facilities directly adjacent to energy assets rather than building in established but constrained markets.

PowerBridge is now applying that model at a larger scale, planning to develop three to five gigawatt-scale campuses across North America.

The company's upfront capital investment approach sets it apart from developers who typically wait for customer commitments before advancing projects, instead preparing power and water infrastructure, electrical equipment, civil work, regulatory frameworks, and fibre conduit connectivity in advance.

West Texas as the Strategic Focal Point

PowerBridge has identified West Texas as the region it expects to become the largest data center market globally within the next five to ten years.

The company's assessment of the region centers on its abundance of natural gas, land, and water resources, which allow for contracting power at competitive costs and volumes to support significant hyperscale growth without the constraints typical of more established data center markets.

The company's first project is a 2 GW campus called Alpha Digital, located near Pecos, close to the Waha natural gas hub.

The campus is expected to deliver its initial capacity in the second half of next year. PowerBridge has pointed to Microsoft's separately announced data center campus in Pecos as further validation of the region's strategic appeal for large-scale compute infrastructure.

The proximity to Waha, one of the most significant natural gas pricing hubs in the United States, is central to PowerBridge's energy sourcing approach.

The company has positioned West Texas as a location where it can contract power at scale while maintaining the flexibility to integrate multiple energy sources over time.

Move-In-Ready Model Targets Hyperscaler Demand

The core commercial proposition PowerBridge is advancing is speed and certainty of deployment for hyperscalers and AI compute operators.

By investing its own capital before customers have committed, the company aims to eliminate the infrastructure preparation time that typically delays data center deployments in greenfield locations.

According to the company, this move-in-ready approach covers every critical element of a powered campus.

Rather than requiring customers to navigate regulatory processes, secure water rights, or coordinate electrical buildout, PowerBridge intends to have those elements resolved before customers arrive to take capacity.

The company argues this model is particularly relevant as demand for AI computing continues to intensify and hyperscalers face growing pressure to bring infrastructure online quickly.

Water Strategy Relies on Recycled Sources

Water management is a central element of PowerBridge's operational approach, particularly given the water demands of cooling infrastructure as chip densities increase.

The company plans to use recycled water sources, including brackish and produced water, rather than relying on freshwater resources.

This strategy is supported by PowerBridge's relationship with WaterBridge, an affiliate and subsidiary of Five Point Infrastructure.

The company has framed this approach as both an economic advantage for customers and a means of minimising impact on local communities in a region where freshwater resources are a finite concern.

As heat loads in data centers grow alongside advances in chip technology, the ability to source non-freshwater cooling supply is presented as a differentiating operational capability.

Energy Mix Bridges Gas and Nuclear

On the energy side, PowerBridge has outlined a philosophy of integrating new power generation directly with its campuses and designing facilities to generate excess power that can feed back into the electric grid.

Natural gas is described as a bridge option in the near term, with nuclear energy positioned as the preferred long-term, carbon-free solution, building on the legacy established through Cumulus Data's Pennsylvania campus.

In West Texas, the company also plans to supplement its baseload generation with solar and wind resources and has indicated an ability to store excess natural gas as part of an effort to reduce carbon emissions over time.

Hernandez has framed the overall energy strategy as one that integrates new power generation rather than purely consuming from existing grid infrastructure, positioning PowerBridge's campuses as contributors to regional power supply rather than solely as demand centers.

The company's backing from Five Point Infrastructure provides both the financial foundation for its upfront capital model and the operational connection to WaterBridge, giving PowerBridge integrated access to both power and water infrastructure as it pursues its multi-campus development agenda across North America.