W5: Distribution-Connected Data Centers

Workstream 5 (WS5) focuses on understanding and enabling distribution‑connected data centers (DxDCs) as a class of loads with distinct technical, operational, and planning considerations compared to transmission‑connected facilities. The work develops a comprehensive characterization of DxDC architectures and workloads, evaluates their flexibility potential and grid‑support capabilities, and examines the operational, interconnection, economic, and reliability frameworks needed to integrate these resources at the distribution level. Through coordinated analysis, stakeholder engagement, and the development of practical frameworks and playbooks, WS5 aims to reduce uncertainty, support streamlined interconnection and planning processes, and provide actionable guidance, tools, frameworks, technical specifications, etc. for utilities, data center developers, and and other stakeholders to implement. Integration with other workstreams ensures alignment with broader flexibility, market, and system‑planning efforts while supporting informed decision‑making as distribution‑connected computing continues to evolve.

Workstream Deliverables (Coming Soon)

Quick Insight: Connecting Data Center Growth to the Distribution Grid

Data center growth is no longer just a transmission-scale issue. Large and often complex facilities are increasingly connecting at the distribution-level in pursuit of faster access to power. What matters is not just how big these loads are, but what they run: workload behavior and facility design can drive very different impacts on planning, operations, and reliability. This creates a blurred boundary between distribution and transmission, where physical connection, regulatory treatment, and system impact do not always align. Recognizing these differences is essential to evaluate when distribution connection is a natural fit versus a shortcut that shifts risk onto the grid.

Workstream 5 Lead

Jeremiah
Deboever

Sr Technical Leader (WS5 Strategic Lead)