Lizzie Fletcher Sounds The Alarm On 'Unintended Consequences' From AI Data Center Energy Bill

News Clip5:28Forbes Breaking News·TX·5/9/2026

During a House Energy and Commerce Committee hearing, Rep. Lizzie Fletcher of Texas warned of unintended consequences from the proposed FAIR Act, a bill aimed at lowering energy costs as AI data centers expand. She argued the bill could hinder crucial inter-regional transmission upgrades and undermine state grid resilience policies, particularly impacting states like Texas which face extreme weather. The discussion highlighted challenges in allocating costs for transmission projects driven by varied state policies.

electricitygovernment
Gov: House Energy and Commerce Committee, Rep. Lizzie Fletcher, Public Utility Commission of Texas, Congress, FERC
During a House Energy and Commerce Committee hearing, Representative Lizzie Fletcher (D-TX) voiced significant concerns regarding the proposed FAIR Act, a bill aimed at reducing energy costs amid the expanding demand from AI data centers. Rep. Fletcher highlighted that while the bill seeks to make incremental improvements to the electrical grid, it fails to address fundamental issues like regional planning, permitting certainty, and equitable cost allocation for transmission projects. Fletcher specifically criticized the FAIR Act's broad prohibition on grid operators charging transmission project costs to other utilities if any part of the project is linked to state policies. She argued that the bill, which seems to target states with renewable energy incentives, carries "unintended consequences" that could negatively impact grid resilience. Using Texas as an example, where the Public Utility Commission and electric utilities implement system resiliency plans to combat extreme weather, Fletcher questioned whether the FAIR Act would undermine such state-driven efforts by slowing inter-regional transmission development. Ms. Muse, a witness, confirmed that the FAIR Act's broad language concerning state and local policies creates ambiguity, potentially stifling crucial inter-regional transmission projects necessary to build a more resilient and reliable grid capable of handling extreme weather events across different regions. The panel also discussed the varying definitions of "benefits" for grid upgrades across states, with Mr. Falcone categorizing transmission into economic, reliability, and public policy, suggesting that tangible benefits of an upgrade should be allocated traditionally, while public policy-driven costs might require further congressional consideration.