The rapid development of artificial intelligence data centers presents unprecedented challenges for energy regulation, combining massive electricity demand growth with technical characteristics – rapid load ramping, extreme reliability requirements, and geographic concentration – that stress grid infrastructure in novel ways. This article examines how traditional energy regulatory frameworks struggle to accommodate AI infrastructure demands that could double global data center electricity consumption between 2022 and 2026. Through comparative legal analysis of United States and European Union regulatory responses, the article documents fundamental tensions across five dimensions. First, grid stability concerns emerge from AI facilities' rapid power variations that destabilize frequency control. Second, sustainability commitments conflict with utilities extending fossil fuel generation to meet data center demand. Third, affordability crises materialize when capacity market costs explode – PJM Interconnection's costs increased from 2. 2 billion to 14. 7 billion due to AI datacenter growth. Fourth, non-discrimination principles face pressure as regulators consider prioritizing loads with self-generation capability. And fifth, regulatory independence questions arise when executive branch AI strategies intersect with independent commission adjudication. The analysis reveals that traditional regulatory principles – first-come-first-served grid access, duty to serve, rate non-discrimination – prove inadequate for managing the scale and velocity of AI infrastructure deployment. Neither US nor EU jurisdictions have developed governance architectures bridging energy, telecommunications, and climate policy domains necessary for addressing challenges of this magnitude and pace.
Luca Lo Schiavo (2025) studied this question.