Residential Electricity Price Comparison: Latest BLS Data and How to Cut Costs
Household utility bills remain a central line item in any family budget. Understanding broader national price trends helps consumers evaluate their own utility statements and make informed decisions about their home energy use. According to the latest figures from the U.S. Bureau of Labor Statistics average price data, residential electricity rates have shown notable shifts across recent months and multi-year spans.
Comparing Electricity Prices Over Time
Examining electricity rate trends requires comparing where price levels stand today against recent months, recent years, and pre-pandemic baselines. In September 2026, the national average price per kilowatt hour (kwh) for residential electricity stood at $0.20 (raw value 0.196). This matches the rounded price recorded in August 2026, reflecting a month-over-month change from August 2026 to September 2026 of +0.0%.
Looking back across a full twelve-month window shows a clear upward shift. In September 2025, the average price was $0.19 (raw value 0.188), representing a +4.3% change to the September 2026 price. Going back two years to September 2024, the published rate was $0.18 (raw value 0.178), reflecting a +10.1% increase to the latest September 2026 figure.
The gap widens further when evaluated across a five-year timeline. In September 2021, the average residential price was $0.14 (raw value 0.144), meaning rates in September 2026 are +36.1% higher. Comparing current levels against January 2020, before the onset of the pandemic when electricity was $0.13 (raw value 0.134), reveals an increase of +46.3%.
| Time Period | Average Price per KWH | Raw Value | Change to September 2026 |
|---|---|---|---|
| September 2026 (Latest) | $0.20 | 0.196 | N/A |
| June 2026 (Series High) | $0.20 | 0.198 | -1.0% |
| September 2025 (1 Year Earlier) | $0.19 | 0.188 | +4.3% |
| September 2021 (5 Years Earlier) | $0.14 | 0.144 | +36.1% |
| January 2020 (Pre-Pandemic) | $0.13 | 0.134 | +46.3% |
| November 2016 (Series Low) | $0.13 | 0.131 | N/A |
Peak Levels Versus Historic Lows
Within the entire historical tracking window spanning January 2016 through September 2026, the lowest monthly value recorded was $0.13 (raw value 0.131) in November 2016. In contrast, the highest monthly level observed across this multi-year data series was $0.20 (raw value 0.198) in June 2026. The latest September 2026 level sits at -1.0% relative to that record high.
Annual averages calculated from monthly data clearly illustrate the progression of rising rates. For 2016, 2017, 2018, 2019, 2020, and 2021, the computed annual average held flat at $0.14. The average rose to $0.16 in 2022, reached $0.17 in 2023, climbed to $0.18 in 2024, and reached $0.19 in 2025 (which reflects 11 months of reporting because no value was published for October). For 2026, the calculated average across January through September stands at $0.19.
Recent months highlight steady pricing at the top of the historical band. Monthly rates held at $0.19 from August 2025 through April 2026 (including August, September, November, and December of 2025, and January, February, March, and April of 2026). Beginning in May 2026, the rate shifted to $0.20 and held at $0.20 through June, July, August, and September 2026.
How Utility Averages Are Built and Why Bills Differ
When consumers compare their own residential bills to federal data from the BLS average price series APU000072610, several methodological details matter. Utility bills collected for the Consumer Price Index cover different consumption amounts and reflect different types of residential rate schedules. Consequently, these average figures per kilowatt hour provide an overall estimate of price levels rather than an exact template for individual households, and they are generally not suitable for direct place-to-place price comparisons.
Additionally, published energy prices include all applicable federal, state, and local taxes. If your total electric rate looks higher or lower than the national figure, local tax structures and specific utility schedule brackets can account for significant portions of that variance.
Practical Approaches to Pay Less for Electricity
Because retail electricity per kilowatt hour remains elevated compared to earlier baselines, taking control of household usage is essential to prevent overpaying. Consumers who apply disciplined budget tracking—similar to habits outlined in our price-tracking guide—can systematically target electric expenses using these practical steps:
- Evaluate residential rate schedules: Review your billing statement to identify your utility provider's specific schedule. Since utilities often bill according to distinct rate schedules and tiered consumption amounts, check whether alternative billing arrangements or time-based schedules offered by your power provider better fit your household's daily routines.
- Audit consumption amounts: Because billing is calculated directly on consumption volume in kilowatt hours, cutting unnecessary base loads directly lowers total charges. Identify appliances and home systems that draw power continuously and adjust thermostat settings to curb active demand during peak heating or cooling periods.
- Account for tax and fee structures: Examine the itemized portions of your statement. Because electricity averages reflect federal, state, and local taxes added directly to energy consumption, lowering total volume consumed also reduces the variable tax charges applied on top of your utility bill.
Sources
Data and methodology sourced directly from official government publications:
- U.S. Bureau of Labor Statistics: Electricity per KWH in U.S. city average (Series APU000072610)
- U.S. Bureau of Labor Statistics: CPI Average Price Data Factsheet
Published October 28, 2026. No affiliate links on this page. Facts come from the sources linked above; check them for updates.