The proposed all-stock acquisition of Dominion Energy by NextEra Energy would create a utility with a 130-GW large-load pipeline and a $138 billion rate base projected to expand at 11 percent annually through 2032, according to the companies' joint announcement. This scale directly addresses the electricity demands of hyperscale data centers powering artificial intelligence, a factor understated in initial coverage that focused mainly on customer bill credits and state approvals. Primary documents, including NextEra's and Dominion's SEC Form 8-K filings submitted on the announcement date, detail how the combined entity plans to leverage procurement efficiencies while committing $2.25 billion in Virginia, North Carolina, and South Carolina rate credits. Yet these filings omit detailed load-forecast adjustments for AI-specific consumption spikes, a gap also visible in Federal Energy Regulatory Commission precedent from the 2023-2024 PJM capacity market reforms. Multiple perspectives emerge: proponents highlight operational synergies that could stabilize wholesale prices amid projected 4-6 percent annual demand growth from data centers, as outlined in the U.S. Department of Energy's 2024 Grid Modernization Initiative report; critics, including Clean Virginia's public comments, emphasize risks of rate volatility and diminished local accountability given NextEra's Florida Power & Light track record of prior rate proceedings. Geopolitically, the merger intersects with U.S. efforts to secure domestic energy infrastructure against foreign semiconductor and rare-earth dependencies that underpin AI hardware supply chains, a dimension absent from Utility Dive's summary. What original reporting missed is the potential precedent for vertically integrated models reasserting influence over competitive wholesale markets, a pattern traceable to earlier FERC orders on utility consolidation. Analysts from S&P Global Visible Alpha and BTIG correctly note efficiency gains, yet primary regulatory dockets reveal unresolved questions on how a single operator controlling 10 million customers might affect interregional transmission planning under the North American Electric Reliability Corporation standards.