Edgecombe County, North Carolina — November 6, 2025 — Clean Holding Company (“CHC”), a U.S.-based clean and hybrid energy infrastructure developer, today announced it has been selected to design, build, and operate dedicated power generation and grid-support systems for a planned hyperscale data center campus in Fayetteville, North Carolina, referred to as the “twin project” to the developer’s Edgecombe County development program.
The Fayetteville campus is expected to mirror the scale and phased structure of the company’s eastern North Carolina deployments, forming part of a broader multi-campus hyperscale data infrastructure corridor across the state. According to project planning disclosures, the Fayetteville site is anticipated to follow a multi-phase buildout model spanning 3–5 years, with eventual capacity reaching several hundred megawatts of IT load.
Project Scope and Development Overview
Under the agreement, Clean Holding Company will deliver a fully integrated energy solution designed to support phased data center expansion, including:
The Fayetteville deployment is expected to be structured in alignment with the developer’s phased campus design, incorporating multiple large-scale buildings and modular expansion tranches over time.
Energy Capacity and Phasing Strategy
Initial CHC infrastructure deployment is expected to deliver:
The company’s design prioritizes modular energy deployment, allowing generation assets to be synchronized with incremental data center capacity additions rather than requiring full upfront buildout.
Capital Investment and Project Economics
Clean Holding Company estimates total energy infrastructure investment for the Fayetteville campus will range between:
The company expects to finalize financing structures through a combination of project finance debt, infrastructure equity partnerships, and long-term energy service agreements tied to data center occupancy.
Strategic Energy Infrastructure Role
The Fayetteville project represents a continuation of CHC’s strategy to co-develop energy systems alongside large-scale digital infrastructure assets.
“This Fayetteville engagement reflects the growing need for energy systems that are purpose-built for hyperscale compute environments,” said said Sean O’Brien, CHC’s Chief Business Officer. “Rather than treating power as a utility input, we are designing it as an integrated component of digital infrastructure architecture.”
The company expects the Fayetteville campus to serve as a long-term anchor asset for expanded energy infrastructure development across the southeastern United States, with potential replication across additional hyperscale corridors.
Deployment Timeline and Execution Plan
Initial construction activities are expected to proceed in parallel with early-stage data center site development, subject to final regulatory approvals and utility coordination.
About Clean Holding Company
CHC is a U.S.-based energy infrastructure developer specializing in modular generation systems, hybrid energy storage deployment, and behind-the-meter power solutions for hyperscale data center and industrial customers. The company focuses on rapidly deployable, scalable energy architectures designed to support next-generation digital infrastructure demand.
CHC has also announced intentions as an infrastructure developer building distributed orbital compute and energy systems in Low Earth Orbit to enable high-efficiency data processing, AI inference, and Earth observation analytics. This includes phased deployment of modular space-based compute networks, progressing from hosted payload demonstrations to scalable orbital infrastructure integrated with terrestrial and sovereign data systems.
Forward-Looking Statements
This press release contains forward-looking statements regarding project scope, capital investment requirements, construction timelines, regulatory approvals, and expected energy capacity. Actual results may differ materially depending on permitting outcomes, grid interconnection availability, financing conditions, and final data center build specifications.