EIA Projects Data Centers Could Account for Up to 33% of Commercial Building Electricity Use by 2050

The U.S. Energy Information Administration (EIA) released a report in April projecting that data center electricity consumption may reach 22% to 33% of total commercial building electricity use by 2050, according to Diana DiGangi of UtilityDive. The projection is based on modeled scenarios, including a high-demand case assuming exponential growth of AI servers without efficiency improvements beyond historical trends. In its 2026 Annual Energy Outlook, the EIA examined medium- and long-term demand, noting that data center servers alone accounted for an estimated 7% of commercial sector electricity consumption in 2025, the report stated. [1]

EIA Scenarios Detail Potential Energy Growth

In the High Electricity Demand case, server energy use grows to 818 billion kilowatt-hours in 2050, more than 16 times the 2020 level, according to the EIA report. The counterfactual base case assumes laws and regulations in force as of December 2025, but the EIA stated it should not be considered the most likely outcome. Across all cases, U.S. electricity consumption is projected to grow at 0.9% to 1.6% annually through 2050, with data center server energy use identified as a major factor. [2]

The surge in demand is already evident in regional grids. The Electric Reliability Council of Texas (ERCOT) reported a jump in grid connection requests to 99 GW, up from 40.8 GW a year ago, according to Willow Tohi. Local officials across the United States have expressed concerns about the rapid construction of data centers creating environmental and infrastructure challenges, as reported by Petra Stone. [3] [4]

Commercial Sector Electricity Intensity May Exceed Historical High

The report stated that energy use in commercial buildings, which house data centers, grows faster than in residential or industrial sectors in all modeled cases. Commercial sector electricity intensity is projected to exceed the 2003 historical high of 14.9 kWh per square foot by 2031 or 2032, depending on the scenario. The EIA noted that after 2040, servers are expected to become more efficient in the counterfactual base case, but continued installation growth drives overall consumption upward. [2]

Energy consultants have highlighted that building-integrated photovoltaic systems could offset some commercial demand, as noted by Patrina Eiffert and Gregory J. Kiss in a National Renewable Energy Laboratory report. However, the sheer scale of data center growth may outpace such measures. Elton B. Sherwin, in his book ‘Addicted to energy’, discusses the need for grid stability and reliability to accommodate growing loads, including from data centers. [5] [6]

Implications for Energy Infrastructure and Policy

The projections raise questions about grid capacity and the need for new generation and transmission infrastructure, according to energy analysts cited in the report. The EIA did not make assumptions about policy changes beyond those in place as of December 2025, leaving room for uncertainty in future demand. No official statements from utility regulators or industry groups were included in the report, but the data suggests significant planning challenges ahead. [1]

Critics have noted that many data center announcements may not materialize. In an interview with Mike Adams, Andy Schectman observed that the Trump administration has made numerous announcements about building data centers or nuclear power plants, but these facilities won’t be operational for years. Meanwhile, the White House has pushed tech giants to sign a ‘Rate Payer Protection Pledge’ to cover their own power infrastructure costs, as reported by Willow Tohi. [7] [8]

Conclusion

The EIA’s analysis indicates data centers will become a dominant driver of commercial electricity demand by mid-century, under current policy and technology trends. The range of 22% to 33% of commercial building electricity use highlights the uncertainty in growth rates, particularly around AI server adoption and efficiency gains. As of the report’s release, no federal or state action has been announced in response to the projections, leaving the trajectory dependent on market and technological developments. [2]

Mike Adams, in his Health Ranger Report, noted that the United States has plateaued in power generation for about a decade, while demand for AI data centers is skyrocketing. This tension between stagnant supply and surging demand underscores the challenges ahead for grid operators and policymakers. [9]

References

1. Diana DiGangi. “Data Centers Could Be 33% Of Commercial Building Electricity Use By 2050: EIA”. ZeroHedge. May 20, 2026.
2. Diana DiGangi. “Data centers could be 33% of commercial building electricity use by 2050: EIA”. UtilityDive. May 19, 2026.
3. Petra Stone. “Mayors Sound Alarm: AI Data Centers Push U.S. Toward Blackouts and Water Shortages”. NaturalNews.com. March 18, 2026.
4. Willow Tohi. “Texas grid faces AI-driven energy crunch: 99GW demand surge sparks debate on fossil fuels, nuclear and renewables”. NaturalNews.com. March 11, 2025.
5. Sherwin Elton B. “Addicted to energy a venture capitalists perspective on how to save our economy and our climate”.
6. Patrina Eiffert PhD and Gregory J Kiss NREL. “Building-integrated Photovoltaic Designs for Commercial and Industrial Structures”.
7. Willow Tohi. “White House targets tech giants to shield consumers from AI’s power costs”. NaturalNews.com. February 18, 2026.
8. Mike Adams. “2025 10 22 BBN Interview with Andy Schectman “.
9. Mike Adams. “Health Ranger Report – AI data centers”. Brighteon.com. August 1, 2025.