Bitcoin Mining Is Now a Measurable Drag on U.S. Electricity Supply
The United States Energy Information Administration estimated in 2024 that domestic cryptocurrency mining consumed somewhere between 25 and 91 terawatt-hours of electricity in 2023, representing between 0.6% and 2.3% of total U.S. electricity demand for the year. That range is wide because the industry has resisted disclosure, but even the low end places cryptomining on par with entire industrial sectors that receive far more regulatory attention.
The EIA identified 137 cryptocurrency mining facilities operating in the United States as of 2023, concentrated in Texas, Georgia, and New York. For the 101 facilities where maximum capacity data were available, combined peak power demand reached 10.275 gigawatts — roughly 2.3% of total average U.S. annual power demand. Applying an 80% utilization rate to that figure yields an estimate of 70 terawatt-hours per year, sitting comfortably within the top-down projection derived from global hashrate data.
These numbers will not remain static. Lawrence Berkeley National Laboratory modeled two Bitcoin price scenarios and found that for every $1,000 monthly increase in Bitcoin’s price, U.S. mining energy consumption rises by approximately 0.58 terawatt-hours. If Bitcoin doubles in price between 2024 and 2028, consumption could reach 60 terawatt-hours. If it quintuples, the figure approaches 480 terawatt-hours — a number that begins to distort national energy planning in ways that cannot be dismissed as marginal.
The electricity sector was not designed around a load that scales directly with the speculative value of a digital asset. That structural mismatch is now a policy problem.