Texas Free Weekends Plans: Compare True Cost at 1,000 kWh
"Free weekends" is the kind of electricity pitch that feels too good to ignore. If Friday night through Sunday evening were truly free, who would not pile laundry, pool pumps, and weekend AC into that window? The hard part is deciding whether that pitch lowers your bill at a realistic home-and-work usage level—especially the ¹ Texas shoppers are told to use for apples-to-apples rate comparisons.
This article walks through how free-weekend and other time-of-use plans are disclosed in competitive Texas areas, how to rebuild a true monthly cost at 1,000 kWh from the plan's Fact Sheet, and when a plain fixed-rate plan is the saner choice. The same habits help small shops and residents in other retail-choice markets, even when the brand names and regulators differ.
Free Weekends Aren't Free Until You Do the Math
Electricity marketing loves simple stories. Free is the simplest story of all. On a competitive Texas plan, though, free usually means free energy charge during a defined window, paid for by higher prices in every other hour. The Public Utility Commission of Texas (PUCT) glossary for ² is blunt about the tradeoff: time-of-use plans give incentives for nights or weekends, but the average prices shown on the Electricity Facts Label (EFL) and on Power to Choose are built from each retail electric provider's estimate of how much energy falls in free or discounted hours versus premium hours, and those estimates "vary from REP to REP and from plan to plan." If you do not actually shift usage, "your bill may actually increase" (³).
That single disclosure is why true-cost math matters more than brand names. Two free-weekend plans can post similar teaser language and very different weekday rates, window lengths, or assumed free-hour percentages. The Federal Trade Commission also reminds consumers that ⁴ rules exist precisely because headlines and fine print can travel different roads; treat the weekend pitch as an invitation to verify numbers, not as the number.
None of this makes free-weekend plans a scam by definition. It makes them conditional products. They reward households that can move a large share of total kilowatt-hours into the free window—and they punish households whose biggest loads (air conditioning on weekday afternoons, EV charging timed for after-work hours, office equipment at a storefront) sit outside that window.
Who Does What on a Texas Electric Bill
In much of Texas open to retail competition, your bill is a team sport. You choose a retail electric provider (REP) that sells you an energy plan. A separate transmission and distribution utility (TDU) "is responsible for delivering electricity to your area, reading your meter, and maintaining the poles and wires," according to the ³. The ⁵ operates and maintains reliability for the bulk of the state grid; when you switch retailers, ERCOT's role includes the market-side mechanics of the change, and the glossary notes ERCOT will send a mailer confirming a switch.
That split matters for comparisons. Delivery charges, meter fees, and poles-and-wires work do not disappear because a retailer's weekend marketing says free. The standardized average price on an EFL is designed to help you include recurring charges so you are not comparing a bare energy rate against a full all-in rate. PUCT-facing shopping advice says to ask whether quoted prices cover "the electricity cost, the transmission and distribution charges, as well as any monthly customer charges or other recurring fees" when you evaluate a plan at ¹.
Outside competitive pockets—some municipal utilities, cooperatives, and non-opt-in territories—you may not shop retail plans at all. ² itself warns that some ZIP codes may not be in an area open to competition. Transmission companies serving competitive cities point new residential starts toward the same official shopping portal; ⁶, for example, links new electric service signup to PowertoChoose.org. Know which world you live in before you chase a free-weekend ad from an out-of-area phone script.
Texas is also a big system in national context. The U.S. Energy Information Administration's ⁷ shows Texas ranked first in net generation and lists an average retail price of 9.79 cents per kWh (42nd among states) for that profile year—an all-sector statewide average, not a promise of what your Houston apartment or Midland shop will pay this month. Use statewide averages as backdrop, not as your plan quote.
What Free-Weekend and Time-of-Use Plans Really Are
PUCT materials group these products under time-of-use structures: "Time-of-Use plans include incentives to use power during certain periods such as nights or weekends." Free-weekend branding is one flavor. Free nights, free overnight EV charging, or seasonal discount blocks are cousins. The shared mechanics are:
- A free or discounted window defined in local clock time (and holiday rules that may or may not match your calendar).
- A paid window with a higher energy price that recovers the cost of giveaways.
- A published average price at standard usage levels (commonly 500, 1,000, and 2,000 kWh) on the ³, which the PUC requires so customers can make "apples-to-apples" comparisons.
The critical sentence, again from the glossary: average prices on the EFL and Power to Choose "are based on the REP's estimation of the percentage of energy used during free or discounted hours versus non-free or premium non-discounted hours," and "the average price you pay will vary depending on your actual usage of energy during the free versus non-free hours." That is the regulator telling you the billboard number is a model, not a guarantee.
Contrast that with ⁸, where the price per kWh is set for the contract term except for changes in transmission and distribution fees, certain ERCOT or Texas Regional Entity administrative fees, or government-imposed fees beyond the REP's control. Variable and indexed plans change month to month by retailer discretion or by a published index formula. Free-weekend plans often still sit inside a fixed contract for the non-free rate; always read the Fact Sheet rather than assume.
⁹ even includes a filter for "plans with pricing that varies by time or day of the week," sitting alongside filters for prepaid products, fixed rates, minimum usage fees/credits, and renewable content. If you are hunting free weekends, that filter is the intentional starting gate—not a random Google ad.
Why Everyone Talks About 1,000 kWh
Texas shopping guidance centers on one question first: "What will I pay per 'kilowatt hour' (kWh) of electricity based on 1,000 kWh of average monthly usage?" That wording appears on the official ¹ page, which also tells you to ask your current provider for your current total rate at that same 1,000 kWh basis (excluding taxes and non-recurring fees) before you shop.
Why 1,000? Because it is a round, regulator-backed comparison stick that sits close to typical U.S. residential usage. EIA reports that in 2022 the average annual electricity sold to a U.S. residential electric-utility customer was ¹⁰—about 899 kWh per month. A 1,000 kWh comparison is not exotic; it is roughly a medium-usage home. Smaller apartments may live nearer the 500 kWh EFL column; large all-electric houses, pools, and EV chargers can live above 2,000.
Seasonality still bites. Power to Choose's ⁹ reminds shoppers that usage follows seasonal patterns "with higher consumption in months like August and February." A free-weekend plan that looked genius in mild March can look expensive in a Texas August when weekday afternoon AC dominates the meter. True-cost analysis at 1,000 kWh should therefore include a summer stress test: model the same plan as if a larger share of your 1,000 kWh lands on weekday hours.
¹¹ notes that weather extremes raise demand for heating and cooling and can lift fuel and generation costs, and that prices are usually highest in summer when more expensive generation is needed. That macro backdrop is why summer weekday loads—not weekend laundry—often decide whether free-weekend math survives.
How to Calculate True Cost at 1,000 kWh
Treat the EFL average at 1,000 kWh as your first screen, not your last. Then rebuild the month with your own free-hour share.
Step 1 — Pull the documents. On ², enter your ZIP, narrow results, and open the Fact Sheet for every plan you might buy. PUCT's user guide calls that Fact Sheet review "critical."
Step 2 — Write down the paid-hour energy rate and the free window. Confirm start and end times, weekend versus holiday treatment, and whether any weekday evening hours count. Plans differ; the glossary says free or discounted hours "vary from REP to REP and from plan to plan."
Step 3 — Estimate free versus paid kWh for a 1,000 kWh month. Example splits used later: 20% free / 80% paid; 35% free / 65% paid; 50% free / 50% paid. Smart-meter interval data (where available) beats vibes. If you lack interval history, build a calendar of weekday occupancy, HVAC runtime, and appliance habits rather than assuming "we do everything on weekends."
Step 4 — Apply the energy math.
Energy $ ≈ (paid_kWh × paid_rate) + (free_kWh × 0)
Step 5 — Add recurring fees the EFL says you will see. The glossary defines a ³ as a flat fee each month regardless of kilowatt-hours used. Minimum monthly fees can apply if you use less than a threshold. Credits for high usage can cut the other way. The standardized average price at 1,000 kWh is meant to fold recurring elements into a comparable cents-per-kWh figure when disclosed properly—which is why PUCT shopping questions ask whether the rate includes electricity, TDU charges, and recurring fees.
Step 6 — Convert back to an all-in cents/kWh.
True ¢/kWh ≈ (Energy $ + monthly recurring $) / 1000 × 100
Compare that rebuilt figure to (a) the plan's published 1,000 kWh average and (b) a simple ⁸ alternative's 1,000 kWh average. If your rebuilt true cost is higher than the fixed plan when you use a realistic free-hour share, the free weekends are entertainment, not savings.
Step 7 — Check what "free" does not waive. Delivery and poles-and-wires charges belong to the TDU relationship. Do not assume a marketing word deletes them. Prefer documents that state which bill components are zeroed in the free window, and trust the EFL's average-price methodology more than the brochure headline.
Worked Examples: Three Usage Patterns at 1,000 kWh
The numbers below are illustrative only—not live offers. Retail rates change frequently. The point is the method. Suppose Plan F is a conventional fixed-rate product with an all-in average of 14.0¢/kWh at 1,000 kWh after recurring fees (a round placeholder for whatever fixed EFL you pull today). Suppose Plan W is a free-weekend product whose Fact Sheet shows a weekday energy charge of 22.0¢/kWh, a $10 monthly base charge, and a published average of 13.5¢/kWh at 1,000 kWh that assumes a generous free-hour share from the retailer.
For Plan W, ignore the published 13.5¢ for a moment and rebuild:
Pattern A — Weekday-heavy home (20% free / 800 paid kWh).
Energy = 800 × $0.22 = $176. Plus $10 base = $186. True average = 18.6¢/kWh. Versus Plan F at 14.0¢, you lose about $46 on the same 1,000 kWh. The ³ about bills increasing if you do not shift usage is written for this household.
Pattern B — Balanced (35% free / 650 paid kWh).
Energy = 650 × $0.22 = $143. Plus $10 = $153. True average = 15.3¢/kWh. Still behind the 14.0¢ fixed placeholder, but the gap shrinks.
Pattern C — Weekend-shifted (50% free / 500 paid kWh).
Energy = 500 × $0.22 = $110. Plus $10 = $120. True average = 12.0¢/kWh. Now Plan W beats the 14.0¢ fixed placeholder by about $20 at 1,000 kWh—if you can hold that 50% free share through summer.
Notice how Plan W's published 13.5¢ average only "fits" someone near the retailer's assumed mix. Pattern A and Pattern C are not looking at the same product in economic terms, even though the plan name is identical. That is exactly what PUCT means when it says average price calculations rest on estimated free versus non-free percentages and your bill depends on your mix.
Run the same exercise with your real EFL figures. Swap in the actual paid rate, base charge, and any minimum-usage fee. If the Fact Sheet lists averages at 500 and 2,000 kWh as well, test whether your seasonal months wander into those columns. A shop that uses 700 kWh most months and 1,400 kWh in summer may need two different true-cost runs even when the annual average sits near 1,000.
Fees, Fine Print, and Contract Risk
Energy rates get the headlines. Fees decide whether the headlines survive contact with the bill.
Base charges. A flat monthly fee raises the effective cents/kWh more for low-usage months than for 1,000 kWh months. At 500 kWh, a $10 base is 2.0¢/kWh by itself; at 1,000 kWh it is 1.0¢/kWh. Free-weekend shoppers who go out of town in winter—and land below a plan minimum—should read the ³ language carefully: using less than the minimum can trigger an automatic fee "sometimes called a 'minimum usage charge,'" which "may or may not be listed separately on your monthly bill."
Contract length and exit costs. Plan Options notes that contracts of three months or more may include a penalty for early cancellation, and that many plans default to a higher month-to-month price if you let the contract expire without a new agreement. Free weekends do not change that clock. Ask what happens at expiration before you celebrate Saturday's dishwasher runs.
Variable versus fixed non-free hours. Confirm whether your paid-hour price is locked for the term (subject to the usual TDU and law-driven exceptions) or can move. ⁸ have no monthly cancellation fee in the PUCT description but can spike with market stress; indexed plans move with a published formula. A free weekend attached to an unstable weekday price is a different product than a free weekend attached to a fixed weekday price.
Prepaid hybrids. Prepaid options are "pay-as-you-go," may lack deposits, and "generally charge a higher rate than non-prepaid plans," with disconnect risk if the prepaid balance runs low. Mixing prepaid mechanics with time-of-use freeness raises the monitoring burden.
Advertising skepticism. ⁴ exists because consumer markets attract exaggerated claims. Pair that skepticism with Texas-specific documents: the EFL, the Terms of Service, and the Yes/No details on which hours are free.
A Practical Shopping Workflow on Power to Choose
- Gather bills. Estimate average monthly kWh and note August/February spikes, as the ⁹ recommends.
- Start official. Use ², the PUCT's official unbiased site where certified providers can list offers.
- Filter intentionally. Turn on time/day pricing if you want free weekends; consider excluding minimum-usage and tiered products until you understand them; compare fixed-rate alternatives in the same ZIP.
- Open every Fact Sheet. Compare 500 / 1,000 / 2,000 kWh averages, contract length, renewable percentage, and fee tables.
- Ask the canonical questions. Lead with the ¹, then fixed vs variable vs indexed, deposit, payment options, expiration behavior, missed-payment rules, and early-termination penalties.
- Rebuild true cost with your free-hour share before you enroll.
- Only then click through to the REP. Keep copies of the EFL you accepted.
If efficiency is part of your plan to create free-hour headroom—better HVAC scheduling, sealed ducts, efficient appliances—look for independent efficiency labels such as ¹², which certifies products to EPA efficiency specifications. Shifting load only works if the kilowatt-hours themselves are under control.
If You're Outside Competitive Texas
Not every U.S. address can choose a retail electric provider. Some states keep bundled utility service; others open retail choice with different shopping sites and disclosure labels. The Texas 1,000 kWh habit still travels well: demand an all-in monthly cost at a stated usage, separate delivery charges from generation charges, and treat "free nights/weekends" as a time-of-use product whose savings depend on your interval pattern.
¹¹ notes that some states fully regulate prices through utility commissions while others combine unregulated generation prices with regulated transmission and distribution—Texas competitive areas are one version of that hybrid. Whatever regime you live under, free marketing language does not rewrite physics: somebody pays for the electrons, and if it is not Saturday's toaster, it is Monday's higher rate.
Small businesses should add another layer. Peak demand charges, operating hours that miss the free window, and landlord-metered spaces can wipe out residential-style weekends math. Use actual interval data from the meter when possible, and compare at the kWh level that matches your typical month rather than a social-media tip.
Bottom Line
A free-weekend plan is a bet that you can place enough of a 1,000 kWh month inside the free window to offset an expensive remainder. Texas regulators already tell you the published averages are assumption-based, that failure to shift usage can raise your bill, and that the serious comparison question is the all-in price at 1,000 kWh—including TDU and recurring fees—backed by a careful Fact Sheet read on ². Do that math once with your real meter habits. If the weekends are not carrying enough kilowatt-hours, take the fixed-rate win and enjoy Saturday for free in a different sense: no bill spreadsheet required.