US Energy Consumption: Total Four-Sector End-Use
US Energy Consumption: Total Four-Sector End-Use stood at 7,700.76 Quadrillion BTU in Jun 2026, according to EIA (U.S. Energy Information Administration) — Monthly Energy Review. It is one of the indicators in the Energy consumption by end-use sector table (Value · Monthly), with a complete series running from Jan 1973 to Jun 2026. The complete series with an interactive chart, free to download.
This indicator in the Energy consumption by end-use sector table
| Indicator | 06-2026 | 05-2026 | 04-2026 | 03-2026 | 02-2026 | 01-2026 | 12-2025 | 11-2025 | 10-2025 | 09-2025 | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| TOTAL FOUR-SECTOR CONSUMPTION | 7,700.76 | 7,430.16 | 7,322.5 | 7,893.28 | 8,028.98 | 9,270.38 | 8,951.61 | 7,811.72 | 7,632.14 | 7,570.94 | |
| Residential | 1,350.89 | 1,183.33 | 1,187.84 | 1,519.98 | 1,956.07 | 2,450.68 | 2,148.46 | 1,493.27 | 1,217.77 | 1,266.9 | |
| Commercial and Services | 1,344.65 | 1,283.04 | 1,253.78 | 1,409.81 | 1,494.01 | 1,803.23 | 1,682.14 | 1,416.68 | 1,326.41 | 1,306.41 |
Understanding US Energy Consumption: Total Four-Sector End-Use
This macroeconomic indicator measures the aggregate primary energy consumed across the entire domestic economy, capturing the combined energy footprint of the residential, commercial, industrial, and transportation sectors. It aggregates all end-use energy demands while strictly excluding energy lost in the generation, transmission, and distribution processes of the power sector, separating final consumption from upstream conversion inefficiencies. Analysts frequently confuse this broad metric with sector-specific sub-indices, though it uniquely serves as the master aggregate for total national end-use energy demand.
Interpreting this series requires careful attention to pronounced seasonal weather patterns, particularly heating and cooling demand spikes that heavily influence the trajectory. The data follows a regular monthly release schedule, accompanied by periodic historical revisions as underlying sectoral estimation models are refined. Because month-on-month changes are almost entirely driven by predictable seasonal shifts rather than structural economic momentum, analysts rely on year-on-year comparisons to evaluate true long-term trends in national energy efficiency and demand.