Crusoe's new energy development director will originate gigawatt-scale power projects for a pipeline that now exceeds 40 GW

Crusoe has appointed Matthew Potter as director of its energy development group, giving the role a mandate that goes beyond procurement: Potter will lead origination and development of gigawatt-scale energy and infrastructure projects to power the company's expanding data center portfolio^[1].

The appointment is a structural signal. Crusoe's model is built on the premise that a developer who controls its own power supply can move faster than one waiting in a utility interconnection queue. Executing on that premise at scale requires a dedicated function to source, permit, and structure the power projects before the data centers are designed around them.

What the role covers

Crusoe's total development pipeline - including contracted projects, sites under active tenant negotiation, and sites in advanced development - exceeds 40 GW^[1]. Of that, 4.9 GW was contracted as of 9 June 2026, spanning five AI data center campuses in the United States and capacity for Crusoe Cloud.

The gap between 4.9 GW contracted and 40 GW in the broader pipeline is where the energy development group operates. Each site in that pipeline needs a power strategy before it can be offered to a hyperscaler tenant. That means:

• Identifying and securing land with access to stranded or underutilised energy resources
• Permitting and structuring on-site generation - natural gas, renewables, storage, or nuclear offtake
• Negotiating supply agreements with turbine OEMs, fuel suppliers, and grid operators
• Coordinating with Crusoe's in-house manufacturing arm, which produces switchgear and modular electrical components to compress build timelines

The supply agreements already in place

The scale of the energy development task is visible in the supply agreements Crusoe has signed over the past year. In June 2026, the company announced a roughly 750 MW U.S. power agreement with Bergen Engines for AI data centers. In July 2025, GE Vernova confirmed a deal for 29 LM2500XPRESS aeroderivative gas turbine packages, combining an initial order of 10 units with a follow-on order of 19, expected to provide nearly 1 GW of electricity.

Those agreements cover specific campuses. The energy development group's job is to replicate that process across the rest of the pipeline - at a pace that keeps ahead of tenant demand.

The pipeline's power mix

Crusoe's power strategy is deliberately diversified. The company's power sources span natural gas, renewables, batteries, grid interconnection, and partnerships with energy infrastructure companies. Recent deals illustrate the range: a 12 GWh iron-air battery agreement with Form Energy announced in March 2026; a nuclear-powered campus partnership with Blue Energy at a 1,600-acre site in Calhoun County, Texas, targeting gas-bridged power as early as 2028 with a transition to nuclear generation by 2031; and a partnership with Aalo for SMR-powered deployment at Idaho National Laboratory.

Each of those arrangements requires origination work - site control, permitting, offtake structuring - before construction can begin. That is the function Potter is now leading.

What to watch

The practical test for the energy development group is whether Crusoe can convert the pre-contracted portion of its 40 GW pipeline into shovel-ready, power-secured sites fast enough to meet hyperscaler timelines. The Abilene campus - 1.2 GW for Oracle and OpenAI, with a second 900 MW campus for Microsoft bringing the combined Abilene footprint to 2.1 GW - set a benchmark of energising the first buildings within one year of groundbreak. Whether that pace holds across a much larger and more geographically dispersed pipeline is the question the new hire is being asked to answer.