Nerc

NERC is increasingly focused on the growing risks posed by large-scale data centers, particularly those supporting artificial intelligence. These facilities, often gigawatt-scale, are now viewed as critical grid actors whose operational performance significantly impacts the reliability of the bulk power system. This designation stems from the potential for these massive energy consumers to destabilize the grid during disruptions, necessitating new approaches to grid management and oversight.

The organization is developing new modeling, coordination, and regulatory standards to address these emerging threats. The scale and energy demands of AI data centers present unique challenges that require proactive planning and robust frameworks. NERC's efforts aim to ensure that the integration of these powerful computing hubs does not compromise the stability and resilience of the existing electrical infrastructure, a crucial undertaking for grid security.

This heightened attention to data centers reflects a broader trend of increasing infrastructure risks impacting the power grid. While overall outage frequency may be decreasing, the cost of major incidents is rising, underscoring the need for enhanced reliability measures. NERC's evolving focus on data centers as key grid participants is a strategic response to these evolving operational realities and future grid demands.

Last updated August 16, 2026

Coverage

Data center outages are decreasing in frequency but increasing in cost, with a majority of major incidents now exceeding $100,000 due to growing infrastructure risks.
NERC's 2026 report highlights AI data centers' grid risks; gigawatt-scale campuses threaten stability, requiring new modeling, coordination, and regulatory standards.
NERC's recent alert designates AI campuses and hyperscale data centers as critical grid actors, whose performance during disruptions can significantly impact the reliability of the bulk power system.