Distributed Energy Infrastructure and the Growing Demand for Data-Center Power

The rapid expansion of artificial intelligence and cloud computing is creating unprecedented demand for reliable, distributed power infrastructure — and traditional grid interconnection timelines may not keep pace. Data-center power demand in the United States is projected to grow significantly over the coming years, driven by AI training workloads, cloud services, and edge computing. New transmission infrastructure typically requires extended permitting and construction timelines, and interconnection queues can extend for years. This creates a structural opportunity for distributed and behind-the-meter energy infrastructure: power systems designed to be deployed adjacent to computing facilities, operating independently of grid interconnection processes. Such systems may provide contracted, fixed-price energy under long-term power purchase agreements, offering both energy security and cost predictability. Infrastructure developers with the capability to originate, structure, and deploy distributed energy assets may find growing demand from data-center operators, edge computing providers, and industrial AI users seeking reliable, grid-independent power solutions. The convergence of growing computing demand, grid constraints, and distributed generation technology is creating conditions that may support a new category of energy infrastructure investment across the Americas.