Winter Electric Bills 2026–27: What the EIA Forecast Means

A higher winter total, with a different picture by region

Households that mainly heat with electricity are forecast to spend about 4% more on electricity this winter than last winter, according to the Energy Information Administration. That is a national forecast, not a rate increase being applied to every account.

The October 6 outlook puts average electricity spending for these homes at $1,196 over November 2026 through March 2027. It includes electricity used for other purposes, not just heating. A household with gas heat should not treat that figure as its expected electric bill.

The regional spending forecasts range from a 3% decline in the Northeast to a 9% increase in the West. The Midwest and South are each forecast to rise 3%. Those broad averages cannot tell you what a particular utility will charge.

What the forecast can tell you before the first cold spell

The EIA expects national electricity prices for electrically heated homes to rise about 3%, with consumption slightly higher. Its weather assumptions vary by region. The outlook was published October 6 using forecasts completed October 1; the next scheduled Short-Term Energy Outlook release is November 10.

For your household, the useful question is which part of the bill could change. Keep last winter’s usage separate from the price you will pay this winter. A percentage added to last year’s payment cannot show whether a new price, different consumption or an account adjustment caused the difference.

Do not divide the seasonal forecast into five equal payments and call that a monthly budget. Start with your own winter billing periods instead. A February statement can cover different dates from the February statement you kept last year.

Build a starting estimate from one of your own bills

Find a statement from last winter and note the service dates, billed days, kWh and usage-based rates. Then find the rate schedule that will apply during the coming billing period. Check the effective date rather than assuming the price on an old statement still applies.

For a flat-rate estimate, the calculation is: kWh × cents per kWh ÷ 100, plus the period’s fixed charges and any separately entered taxes or fees. If supply and delivery both have per-kWh charges, include the applicable components once. A rate found by dividing the entire bill by kWh already includes its fixed charges; adding them again would overstate the estimate.

Here is an invented example, not an EIA average or a utility quote. Suppose last winter’s 30-day period used 1,200 kWh at a combined 16¢/kWh, plus a $15 fixed charge. With no other charges in this simplified example, the total is $192 + $15 = $207.

If the new combined rate were 17¢/kWh and usage stayed at 1,200 kWh, the comparable total would be $204 + $15 = $219. The extra $12 comes entirely from the rate change. That is about a 5.8% increase in this example, even though the national spending forecast is 4%.

Use a second scenario to see the effect of higher usage

Now keep the illustrative 17¢ rate but increase the example’s usage by 10%, to 1,320 kWh. The calculation becomes $224.40 + $15 = $239.40. That is $20.40 more than the same-rate estimate at 1,200 kWh, and $32.40 more than the original $207 bill.

The 10% is a chosen sensitivity check. It is not a weather forecast, a prediction of your consumption or one of the EIA’s modeled results. You can choose a different range from your own records, such as the highest and lowest comparable winter periods you have.

Run the same calculation for each period you want to budget for, using the applicable rate and fixed charge. Keep the assumptions beside the result so you can replace them when the next actual bill arrives. Avoid turning a one-month example into an annual prediction.

A longer bill can look like a jump in daily consumption

Compare kWh per billed day before deciding that consumption has changed. A statement showing 1,200 kWh over 30 days averages 40 kWh a day. Another showing 1,320 kWh over 33 days has exactly the same daily average.

In that comparison, the extra kWh come from three additional billed days. It would be misleading to describe the change as a 10% rise in daily use. Check whether either statement is based on an estimated reading, too; an adjustment can make a single period a poor starting point.

When a single electricity rate is not enough

On a time-of-use plan, the hours when you use electricity affect the price. A tiered plan needs the kWh assigned to each price band. Solar export credits and demand charges also need their own calculations. Use the utility’s tariff and detailed statement for those items.

Our US calculator handles one electricity rate, fixed charges and separately entered taxes and fees. It can help compare the flat-rate scenarios above, but it does not recreate those more complex plans. A budget-billing installment is also a payment arrangement, so compare the underlying current electricity charges rather than assuming the installment equals that month’s use.

Get the missing information before choosing a budget

If your next winter rate is unclear, ask the utility for the residential rate schedule covering your service address and plan. Ask which usage-based components apply, whether any change takes effect during the billing period, and how the fixed charge is assessed.

Keep the answer with last winter’s statements and your two estimates. Once the first actual winter bill arrives, replace the assumed kWh and rate with the billed figures. That gives you a household comparison you can explain, rather than a national percentage attached to a payment.