Data Centers Become a Reliability Category: FERC Orders NERC to Write Computational Load Standards by Year End

For most of the history of the North American grid, reliability standards have been written for the supply side. Generators, transmission owners, balancing authorities and planners must register with the North American Electric Reliability Corporation and comply with mandatory rules on everything from frequency response to cyber security. Customers, even very large ones, have sat outside that regime. On July 16 the Federal Energy Regulatory Commission moved to change that for one class of customer.

In Docket RD26-7-000, it directed NERC to file one or more new or modified Reliability Standards addressing risks associated with the integration of computational loads, together with any new definitions, by December 31, 2026. The order also directs NERC to develop changes to its Rules of Procedure, including registry criteria, so that computational load entities can be registered, with those revisions also expected by December 31. By March 1, 2027, NERC must submit an informational filing with a workplan setting out the next steps for additional standards.

NERC documented exactly that in an incident review published on January 8, 2025. NERC published a second review on January 9, 2026, on voltage-sensitive cryptocurrency mining load reductions, adding to the evidence that computational loads, a category broad enough to include crypto mining and AI training, share these characteristics. The FERC order traces the path from the Department of Energy's October 2025 proposal on large load interconnection to this point. NERC filed comments in that proceeding supporting swift Commission action and stating that reliability standards are important for an economy heavily reliant on the electric grid.

The order does not write the standards, but the incident evidence points to the likely content. The first is ride-through: requirements that large computational loads remain connected through defined voltage and frequency disturbances rather than dropping offline, or that they reconnect in a controlled way. The order marks a conceptual shift in how the grid is governed.