How much electricity does a Texas home use?

A kilowatt-hour, or kWh, measures how much electricity you use. Your bill lists it separately from what it costs in dollars. Knowing your own kWh lets you apply a plan's price formula to the home you actually live in.

What is the average monthly electricity usage in Texas?

Texas residential customers averaged 1,096 kWh per month in 2024, about 27% above the national average of 863 kWh, according to the EIA's residential electricity table. The statewide average moved with the weather, from 762 kWh in March to 1,570 kWh in August.

The figure is an average across every residential customer in the state. It includes apartments and houses, and areas where residents cannot choose a retail provider, so one home can land well above or below it.

These numbers measure electricity bought from the grid. A home with solar can use more electricity than it buys; the EIA explains that distinction. As of October 2026, 2024 is the latest annual edition on the EIA's report page. The Texas average electric bill tool tracks the statewide average bill and usage over time.

Why does usage change by season and home?

Cooling drives most of the Texas pattern. The EIA's home-electricity overview identifies cooling, space heating, and water heating as major electric uses, and it describes differences by region and housing type.

Each home has its own version of the statewide curve. Square footage sets how much space needs conditioning, while insulation, shade, equipment efficiency, thermostat settings, and the hours people are home shape the result. Electric heating can add a winter peak, which is why January sits above spring in the chart. EV charging, electric water heating, and pool equipment add load of their own.

A multiplier from the state average will not predict your summer bill. Your own bills from a hot month, a cold month, and a mild month show your home's shape.

The thermostat guide explains one major influence on cooling use. For a prioritized list of changes, see how to lower your electric bill.

How do you find your home's electricity usage?

Collect 12 complete billing periods at the same address from past bills or your provider's account portal, so the year includes hot and mild weather. If you are moving or have no bills yet, the electricity usage estimator gives a rough starting point.

What should you record from each bill?

Write down the service dates, the billed kWh, and the number of service days. Use the dates the electricity was used, not the due date. Keep a partial move-in or move-out bill separate from full ones, and note changes such as an EV, a new resident, or different heating equipment.

Eligible customers can also download billing, daily, and 15-minute data from Smart Meter Texas. Availability depends on the delivery utility and meter, and the Smart Meter Texas guide walks through finding and exporting the right report.

If a portal shows calendar months, keep those totals apart from billing periods. A January calendar total and a bill covering December 18 through January 18 measure different dates.

Why do service days matter?

Bills cover different numbers of days, so dividing kWh by service days puts them on the same footing.

If a bill rose unexpectedly, the high-bill guide helps separate usage, price, and billing-period differences.

Should you compare plans at 500, 1,000, or 2,000 kWh?

Start with the benchmark nearest your monthly average, then calculate the plan's formula at your own low and high periods. Those three checks show more about fit than any single row.

An Electricity Facts Label, or EFL, is the standard document describing a Texas retail electricity plan's prices and terms. The PUCT's disclosure rule requires residential EFLs to show average prices at 500, 1,000, and 2,000 kWh per month. These are comparison points; your charges follow your actual usage. If you average 1,300 kWh, use the 1,000 kWh row for a first look, then calculate the formula at 1,300 kWh and at your low and high totals.

Avoid averaging the three EFL prices or assuming the price moves in a straight line between them. A credit threshold or pricing tier can change the result between benchmarks. The illustrated EFL guide walks through the full calculation.

Why can an annual average give the wrong cost estimate?

Usage-based credits apply one billing period at a time. An annual average hides which periods qualify, so pricing one average month and multiplying by 12 can be off by hundreds of dollars.

Consider two invented energy formulas:

• Plan A: 14¢ per kWh, with no usage-based credit.
• Plan B: 20¢ per kWh, minus $100 in each period using at least 1,000 kWh.

When every period uses exactly 1,000 kWh, Plan B earns all 12 credits: 1,000 × $0.20 − $100 = $100 a period, or $1,200 for the year against Plan A's $1,680. When six periods use 800 kWh and six use 1,200 kWh, Plan B earns six credits and totals $1,800, so Plan A is $120 lower. Both years use the same 12,000 kWh.

Real Texas usage usually swings more than this example, so check which of your own periods would qualify. The bill-credit and free-nights guide covers these pricing shapes in more detail.

How should you use your history to compare plans?

For a first look, apply each plan's full formula to a low, a typical, and a high billing period. For a closer comparison, price all 12 periods and add them up.

Use the same usage and delivery-charge assumptions for every plan. Include recurring monthly charges, per-kWh charges, and any credits with their conditions. The result shows what the offered terms would have cost with your past usage; weather and household changes can make next year different.

Some plans need more than monthly totals:

• Time-of-use plans: use interval data to measure how much you use in each priced window, across seasons.
• Solar buyback plans: compare grid imports, exports, and credit rules separately. Panel production alone does not give you those numbers.
• EV or battery benefits: confirm the equipment and program conditions, then add the rest of the home's usage.

The cost estimate is one part of the decision. Contract length, flexibility, and features the household will use, such as solar buyback, EV charging, a battery program, or one account for solar and electricity, can matter as much as the price, or more.

What if you are moving and have no usage history?

Start with the household estimator, then look at plans across all three EFL benchmarks while you learn the home. The estimator uses eight questions about the home and household and EIA survey data to estimate an average month, so expect summer bills above it. It models homes without solar; a solar home needs its own grid-import and export data.

Prior usage for the address, where available, gives useful context, although another household's routines and equipment may differ from yours. A plan with one energy charge per kWh and no usage-based credit or time window is easier to judge with limited history.

Convert a partial first bill to a daily rate: 300 kWh over 10 days is 30 kWh per day, or about 900 kWh over 30 days at the same pace. Weather will move the next bill in either direction.

The new-resident electricity guide covers choosing a first plan and arranging service.

Texas electricity usage FAQ

Is 1,000 kWh a month normal in Texas?

Yes. It is close to the statewide average of 1,096 kWh per residential customer in 2024, which ranged from 762 kWh in March to 1,570 kWh in August. Your own bills from the same months are a better comparison than the state average.

How much electricity does a Texas home use in summer?

In August 2024, Texas residential customers averaged 1,570 kWh, about double the March average. Air conditioning drives most of that increase. Larger homes, electric pool equipment, or an EV can put a home well above the statewide figure.

How much electricity does a 2,000-square-foot home use?

Square footage alone cannot establish a reliable monthly kWh number. Heating fuel, cooling equipment, insulation, occupancy, and loads such as an EV or pool all matter. Use records for that address; without history, the household estimator gives a rough starting point.

Is 2,000 kWh a month too much electricity?

Not by itself. A 2,000 kWh month can be ordinary for a large home in August. Compare it with the same month last year and with kWh per day; an unexpected rise in daily usage is the thing worth investigating.

Should I use my summer bill or yearly average to compare plans?

Use both, plus a low-use period. The average helps you start; the range shows how the formula behaves across seasons. For a fuller estimate, calculate each of 12 complete billing periods and add the results.

Does solar change which usage number I should use?

Yes. Use grid imports for electricity you buy, then assess exports and buyback credits separately. Total solar production and total household consumption answer different questions. The solar buyback guide explains how to compare them.

Sources and related reading

Primary sources checked October 1, 2026:

• EIA: 2024 residential Table 5A, monthly retail sales data for the 2024 monthly averages, annual report and edition dates, electricity purchases and consumption, and electricity use in homes.
• Smart Meter Texas: residential user guide, page 23, for available reports and CSV export.
• PUCT: §25.475, electricity-plan disclosures, for residential EFL usage benchmarks.

The plan terms and example homes are illustrative. They are not current offers or household forecasts.

Reviewed October 1, 2026. Confirm the current source editions and plan documents when using this guide.