US Home Electricity Prices Rise 3.4% in Latest EIA Data

An October release reporting August prices

The average price paid by US residential electricity customers reached 18.16¢ per kilowatt-hour in August 2026, up 3.4% from a year earlier, according to the Energy Information Administration’s October 23 release. Residential electricity sales rose 7.9% over the same period.

Those figures describe two different pressures on spending: the average cost of a kWh and the total amount of electricity sold to households. They do not mean every household’s bill rose by either percentage. The data cover August, not current October offers, and the 2026 monthly estimates are preliminary.

For a bill comparison, hold consumption steady first. That separates a price change from a month in which cooling, heating or a longer billing period added more kWh.

At 1,000 kWh, the price difference is $5.90

EIA’s residential table reports 17.57¢ per kWh for August 2025 and 18.16¢ for August 2026. The difference is 0.59¢ per kWh. Multiplying that difference by a fixed amount of electricity gives a useful illustration of the price effect.

At 1,000 kWh, the arithmetic is $181.60 minus $175.70, or $5.90. That is an illustrative comparison at national average prices, not a utility quote or the change in the average household’s monthly bill. At 600 kWh, the same price gap represents $3.54; at 1,500 kWh, $8.85.

State movements were very different

The residential columns in EIA Table 5.6.A show Connecticut falling from 30.17¢ to 24.51¢ per kWh between the two August periods, while Pennsylvania rose from 19.93¢ to 21.77¢. Texas moved from 15.40¢ to 15.91¢. These are state averages across residential sales, not the tariff offered to every address.

Be careful with summaries of electricity prices across all sectors. EIA also reports combined residential, commercial, industrial and transportation figures. Those numbers answer a different question from what households pay. Use the residential column when comparing a home bill.

Our annual state-bill comparison serves a different purpose: it compares a full year’s average bills and usage. This monthly release is a newer snapshot of price movements, with more seasonal variation and a shorter observation window.

What EIA’s average includes

EIA explains that it calculates average retail revenue per kWh from electricity sales revenue and sales volume, using the result as a proxy for electricity prices. It does not directly collect every household’s tariff.

That distinction matters when you compare the figure with a supplier’s advertised energy-only rate. Revenue per kWh can reflect charges beyond that one supply line. Adding your usual delivery charges and fixed fees to the national average as though it were an energy-only offer can create a misleading estimate.

EIA’s price explainer identifies fuel, power plants, transmission and distribution systems, weather and regulation as factors affecting electricity prices. The latest monthly table alone cannot tell you how much each factor contributed to your utility’s change. A national increase is not evidence that one particular cause explains every bill.

Use two bills to separate consumption from price

Choose comparable billing periods and write down the days covered, kWh used, recurring electricity charges and any adjustments. If one period is longer, compare kWh per day as well as the raw totals. Keep overdue balances and one-off corrections out of a like-for-like comparison of current service.

For example, take an invented flat-rate account using 900 kWh at 20¢, with a $15 monthly fixed charge. Its total before tax is $195. At 21¢ with usage unchanged, it becomes $204: a $9 price effect. If usage also rises to 1,000 kWh, the total becomes $225. The additional 100 kWh adds $21 at the new rate.

The order of that example is deliberate: first change the rate while keeping usage fixed, then change usage at the new rate. It gives the homeowner two explainable dollar amounts instead of attributing the entire $30 increase to the tariff.

Use the national figure as context for your actual rate

For a forward estimate, use the current price attached to your account. The US calculator models one per-kWh rate, fixed charges and separately entered taxes and fees. It does not rebuild time-of-use schedules, tiers, demand charges or solar credits.

If your bill increased, take the two usage totals and rate schedules into the comparison before looking for a national explanation. Ask the utility which billed component changed and on what effective date. The EIA release provides context; your service dates and tariff explain what you were charged.