How to lower your electric bill in Texas

Where should you start to lower an electric bill?

Start with the bill and your meter data, not a generic list of energy-saving tips. A Texas electric bill has two main levers: the amount your plan charges and the number and timing of the kilowatt-hours your home uses. Check both, then work on the one with the clearest opportunity.

Whichever path fits, use the same order: verify the bill, price the possible change, find the large load, and test a control or repair before buying equipment. This protects you from spending money on efficiency while an expired contract remains the larger problem, or chasing small plug loads while cooling, electric water heating, or a pool pump uses hundreds of kWh.

If the bill increased unexpectedly, use the four-number high-bill diagnosis first. It separates changes in daily kWh from changes in effective price. This guide begins after you understand the baseline, or when you want to lower a normal bill deliberately.

Which actions are most likely to matter?

Prioritize actions by four things: the size of the load, how much of it you can control, what the change costs, and how confident you are that it will work in your home. A small action can still be worthwhile, but it should not displace a larger, well-supported opportunity.

Start with changes that are free, reversible, and tied to evidence. Correcting an unnecessary pool-pump schedule is more defensible than buying an energy monitor because a product page promises savings. Replacing a clogged filter is more immediate than replacing a working air conditioner. Closing a shade on a west-facing window is easy; replacing every window solely to lower the bill demands much stronger math.

Separate energy savings from other reasons to act. New windows, a quieter variable-speed HVAC system, or a heat-pump water heater may improve comfort, noise, resilience, or available space. Those benefits are real, but they should not be relabeled as electric-bill savings when you calculate payback.

Also separate a persistent baseline from a seasonal spike. A device drawing 100 watts continuously uses about 72 kWh in a 30-day month. That is worth investigating. A phone charger drawing a fraction of that while idle is not the first explanation for a 600 kWh summer increase.

Can your plan lower the bill without using less?

Yes. If the contract ended, the price formula does not fit your usage, or a conditional credit works against you, the plan side can offer savings without changing comfort. The right move is to calculate the complete bill under the actual terms, not to choose a plan by its advertised average price.

The available plan lever depends on the address. In a competitive area, you can choose a retail provider and evaluate a renewal or another offer. If a municipal utility or electric cooperative is the only provider and has not opened its territory to retail choice, compare the utility's available rate schedules, efficiency programs, and incentives instead. The Texas choice-area guide explains how to identify which path applies.

Check the contract before changing household routines

Find the contract end date, current EFL, and product name on the bill or account. If a fixed term has ended, compare the current product with any renewal offer using the same twelve months of usage. The renew-or-switch guide explains the complete decision, including features, service, moving plans, and contract timing.

Do not break a fixed contract merely because another headline price looks lower. Include the early termination fee, the remaining months, fixed charges, utility territory, and the new plan's complete formula. The early-termination-fee guide shows the rights and break-even math that apply when leaving a contract.

Make the plan shape match the household

A plan can be expensive for one load shape and useful for another:

• A bill-credit plan can work when usage reliably qualifies for the credit and can cost more when ordinary seasonal variation misses it.
• A time-of-use plan helps only when enough usage occurs in, or can move into, the lower-priced hours.
• An EV, pool, or battery plan may reward a schedulable load that a standard plan does not.
• A plan with a monthly charge may still cost less overall if its variable price is low enough for a high-usage home.

Bill credits and free-night plans need a month-by-month calculation. Do not run appliances at night merely because wholesale electricity is often less expensive then; the household bill changes only when the retail plan or program assigns a different price or reward to those hours.

Utility delivery charges are not a plan-shopping lever. The same regulated utility charges apply across retail providers in the same territory. They still belong in every bill model because their per-kWh portion changes the value of using less. The delivery-charge guide explains the current rates and the fixed-versus-variable split.

How can you lower air-conditioning costs?

Reduce the heat entering the home, use the highest thermostat setting that remains comfortable and safe, move air around people, and keep the cooling system operating as designed. Cooling deserves focused attention because it is one of the largest residential electricity uses and drives much of the summer increase in home consumption.

There is no honest universal thermostat number. A setting that works in a shaded, well-sealed home may not control humidity or protect a vulnerable person in another home. Instead:

• Choose a comfortable starting point and test a one-degree change across comparable days.
• Schedule a modest adjustment for a regular absence rather than repeatedly overriding the thermostat.
• Avoid large setbacks that create an uncomfortable return or cause inefficient auxiliary heat during winter recovery on some heat-pump systems.
• Protect people, pets, medication, humidity-sensitive materials, and the building before optimizing the bill.

Reduce heat before asking the equipment to remove it

Close shades or curtains on windows receiving strong direct sun, especially during hot afternoons. Seal obvious air leaks with the correct material, and check the attic access, recessed fixtures, plumbing penetrations, and door weatherstripping. Do not seal combustion-air openings or flues; uncertain or safety-sensitive work belongs with a qualified professional.

The Department of Energy recommends combining air sealing with insulation rather than treating insulation alone as the complete envelope. In a Texas attic, the condition of ductwork matters too: cooled air lost into the attic never reaches the room that paid to condition it.

Ceiling and portable fans cool people by moving air; they do not lower the room's air temperature. Use them to remain comfortable at a higher thermostat setting, then turn them off when the room is empty. In hot-humid conditions, opening windows or running a whole-house fan can bring moisture inside, so outdoor temperature alone is not enough to decide whether natural ventilation helps.

Maintain airflow without guessing at repairs

Check the filter on the schedule and with the filter type the equipment manufacturer specifies. A dirty filter can restrict airflow and raise air-conditioner energy use; the Department of Energy reports that replacing or cleaning a clogged filter can reduce the system's energy consumption by roughly 5% to 15%. That range is for the air conditioner, not the whole electric bill, and the actual result depends on how dirty the old filter was.

Keep supply registers and return grilles unobstructed. Clear leaves and debris around the outdoor unit without opening or modifying it. If the system runs much longer than it used to, cannot maintain temperature, freezes, leaks water, has weak airflow, or makes a new electrical or mechanical sound, have a qualified HVAC technician diagnose it. Refrigerant, capacitors, wiring, and internal equipment are not bill-saving DIY projects.

What other large electric loads should you check?

After cooling and electric heating, check water heating, pool or spa equipment, EV charging, and persistent always-on loads. Their importance depends on the home, so identify their hours in meter or device data before deciding what to change.

Electric water heating

Water heating can create both a steady baseline and short recovery spikes. Fix hot-water leaks first: a leaking fixture wastes water and makes the heater replace that heat repeatedly. Use cooler laundry settings when the fabric and detergent allow; the Department of Energy notes that changing a wash from hot to warm can cut the energy used by that load roughly in half.

For many residential systems, the Department of Energy recommends 120°F as a starting setting. Follow the equipment manual and consider household health, dishwasher requirements, scald protection, and any professional guidance before changing it. Turn off power at the breaker before accessing an electric water heater's thermostats, verify that power is off, and use a plumber or electrician if the procedure is unfamiliar. Do not wrap a heat-pump water heater; it needs airflow.

Pool and spa equipment

Find the pump schedule in interval data, then compare it with the pool professional's or manufacturer's water-turnover and sanitation guidance. A single-speed pump running longer than necessary can be a meaningful load. A variable-speed pump can perform filtration at lower speed and reserve high speed for tasks that need it. Pump power does not fall in a simple one-for-one relationship with speed, which is why lower-speed operation can materially reduce energy use.

Do not copy a neighbor's runtime without considering pool volume, plumbing, cleaner, filter, water chemistry, sunlight, and local requirements. The goal is the lowest speed and duration that reliably maintains the pool, not the shortest possible schedule.

EVs, batteries, and schedulable loads

An EV adds a large load but also provides unusually good data: the car or charger often records kWh by session. First reduce unnecessary charging losses and confirm the actual monthly kWh. Then check whether the plan rewards a different charging window. Moving the same charge to night lowers the bill only when the plan or program changes its value.

A battery should not be cycled merely to make a chart look efficient. Compare the import cost avoided with charging and discharging losses, the export or program value given up, backup reserve, and equipment limits. The home-battery guide explains that decision separately.

Which home upgrades are worth paying for?

The best upgrade fixes a measured problem, fits the remaining life of the equipment or building, and produces enough combined value to justify its installed cost. Begin with a home energy assessment when the source of discomfort or high usage is unclear.

Air sealing and attic insulation

Air sealing is often the first building-envelope project because insulation does not stop air moving through gaps. A useful assessment may include a blower-door test, infrared imaging under suitable conditions, duct testing, and inspection of insulation depth and coverage. Ask the assessor to distinguish measured findings from general recommendations.

Get the proposed scope in writing: which penetrations will be sealed, how combustion safety and ventilation will be handled, the insulation type and final R-value, how attic access and recessed fixtures will be treated, and what photos or tests will document completion. Comfort improvement may be noticeable even when weather variation makes short-term bill savings hard to isolate.

HVAC, water heaters, windows, and pool pumps

Replace equipment based on condition, sizing, performance, and life-cycle cost, not age alone. When HVAC replacement is justified, insist on a load calculation rather than automatically buying the same nominal size. An oversized system can cycle poorly and control humidity badly; related duct or envelope problems can undermine even efficient new equipment.

A heat-pump water heater can use much less electricity than a standard resistance tank, but installation location, condensate, airflow, noise, electrical capacity, recovery mode, and household hot-water demand all matter. A variable-speed pool pump can be compelling for a heavily used single-speed system, but calculate savings from the existing motor, schedule, and measured power when possible.

Windows are usually difficult to justify on electric-bill savings alone when the existing units still function. Air sealing, shades, solar screens, storm windows, or targeted glazing improvements may address comfort and solar heat at a lower cost. If windows need replacement for condition, water intrusion, operation, or a renovation, energy performance becomes an important part of the replacement decision.

Check incentives before signing

Texas utility energy-efficiency programs vary by delivery territory, measure, contractor, funding, and year. Some incentives are paid through approved service providers rather than directly to the resident. Check the local utility's current program and the ENERGY STAR incentive finder before choosing equipment or signing a contract; preapproval or an approved contractor may be required.

For example, Oncor's current residential program describes incentives for qualifying insulation and heating-and-cooling work through participating service providers, while CenterPoint Energy's residential program uses its own eligibility and delivery process. Availability and funding can change. A rebate improves the cost calculation but does not turn an unnecessary project into a useful one.

What can renters do to lower their electric bill?

Renters can control the plan when retail choice applies, thermostat schedules, shades, fans, plug-in equipment, laundry habits, and sometimes the HVAC filter. The property owner normally controls insulation, windows, ducts, central HVAC, and permanent water-heating or pool equipment.

Start by documenting rather than diagnosing the landlord's equipment yourself:

• Compare daily kWh with similar weather and occupancy.
• Record indoor temperature, thermostat setting, runtime symptoms, weak airflow, leaks, or rooms that do not reach the set temperature.
• Photograph a filter or visible maintenance issue only when it is safely accessible and your lease makes it your responsibility.
• Submit a specific maintenance request describing the condition and dates, not a theory about which component failed.

Temporary measures should remain safe and lease-compliant. Interior shades, removable weatherstripping, a fan in an occupied room, and a sensible thermostat schedule can help. Do not block required ventilation, modify wiring, open HVAC or water-heater equipment, cover a heat-pump water heater, or install window film that the lease or glass manufacturer prohibits.

Apartment position can materially affect cooling use. A top-floor unit, west-facing glass, limited shade, or ducts in a hot attic can make two otherwise similar units behave differently. The apartment electricity guide explains why a generic 500 kWh benchmark is not a budget for every apartment.

What is a saved kWh worth?

One avoided kilowatt-hour lowers the bill by the price that would have applied to that kWh. That is the marginal price. It can differ from the bill's average price because fixed charges do not disappear when usage falls, while bill credits, minimum-usage fees, and time-of-use prices can change at particular thresholds or hours.

For a simple plan with a fixed energy charge and a per-kWh utility delivery charge:

Marginal price = energy charge + per-kWh delivery charge

If those variable charges total 16¢ per kWh, avoiding 100 kWh lowers the bill by about $16. A $10 monthly base charge remains $10, so including it in the calculation would overstate the saving.

Use the plan's Electricity Facts Label, or EFL, and the bill to build the right marginal price. The EFL guide shows how to identify the energy charge, delivery charges, base charge, and conditional features.

The calculation needs more care in four situations:

• Bill credits and minimum-usage fees: Reducing usage across a threshold can remove a credit or add a fee. Model both sides of the threshold before treating fewer kWh as savings.
• Free-period and time-of-use plans: The value depends on when the kWh would have occurred. Avoiding a paid-afternoon kWh can be worth more than avoiding one during a free period.
• Solar: Reducing daytime consumption can cause more solar to be exported instead of self-consumed. The net value depends on the avoided import price and the export credit given up.
• Demand or device programs: A payment can depend on peak demand, event participation, or equipment control rather than total monthly kWh.

This is why the EFL's 500, 1,000, and 2,000 kWh average-price rows are not a universal savings rate. They describe complete example bills at three usage levels; they do not necessarily price the next kWh you avoid.

What does a realistic savings example look like?

A realistic calculation combines the plan side and usage side without pretending every home has the same opportunity. In this simplified example, a household starts with a $300 bill: 1,600 kWh at 18.0¢ in variable charges plus a $12 fixed charge.

At contract end, it selects terms that would have charged 1.5¢ less per kWh for the same usage. A measured cooling change then reduces monthly use by 120 kWh, and a corrected pool schedule removes another 60 kWh. The example applies the new 16.5¢ marginal price to those avoided kWh.

The arithmetic is the lesson, not the particular result. A household without a pool cannot claim the pool line. A bill-credit plan might make 1,420 kWh less favorable than 1,600 kWh. A fixed contract that has not ended may make an immediate plan change uneconomic after the termination fee. Replace every assumption with the household's actual documents and data.

Notice what is not in the example: buying solar, replacing windows, turning the home uncomfortably warm, or stacking a dozen tiny estimates. Two measured usage changes and one contract-end decision produce a result that can be audited.

How do you know whether a change worked?

Use daily or 15-minute meter data to compare similar conditions before and after the change. A lower bill alone is not proof because weather, billing days, price, credits, and other household activity can change at the same time.

Many customers in competitive areas can access interval data through their provider or Smart Meter Texas. Start with daily totals. For cooling, compare days with similar outdoor temperature and humidity; for a scheduled pump or EV, inspect the specific hours when the block should change.

Do not declare success from one mild day after a thermostat change. A week is a useful first look for a routine or schedule; envelope and equipment upgrades deserve a longer comparison across similar weather. If the expected interval pattern does not change, revisit whether the device followed the schedule or whether another load dominates the total.

How should your priorities change by season?

Season changes the order of work. In a Texas summer, cooling, sun, ducts, and pool runtime move to the front. During a winter cold spell, electric resistance or auxiliary heat can dominate. Mild spring and fall weather provide the clearest view of the home's baseline.

Do not compare an August cooling test with an April baseline and call the difference savings. Use comparable weather whenever possible, and treat the mild months as the best time to isolate water heating, pumps, extra refrigeration, and always-on equipment.

How to lower your electric bill FAQ

What uses the most electricity in a Texas home?

Cooling is often the largest summer load, but the answer changes by home and season. Electric heating, water heating, pool or spa equipment, EV charging, and an equipment problem can also dominate. Daily and 15-minute meter data are more useful than a generic appliance ranking.

What temperature should I set my thermostat to save money?

There is no single correct temperature for every household. In summer, use the highest setting that remains comfortable and safe, then schedule modest adjustments for times the home is empty. Humidity, health needs, pets, equipment, and the time needed to recover all matter.

How can I lower my electric bill during a Texas summer?

Start with cooling runtime and the heat entering the home. Use a comfortable, safe thermostat schedule; shade windows receiving direct sun; keep the correct filter and airflow; and investigate unusually long runtime or leaking ducts. Then check the pool schedule and whether the plan's price or credits behave differently at high summer usage.

Does unplugging appliances lower an electric bill?

It can, but the dollar effect depends on the measured standby load and how long it remains off. During a large summer bill, cooling, electric water heating, pumps, and other high-power equipment usually deserve attention before phone chargers and small electronics.

Do smart thermostats pay for themselves?

They can when they correct an inefficient schedule or make setbacks easier to maintain. They save less when a household already manages the thermostat well or remains home most of the day. ENERGY STAR reports average savings of about 8% of heating and cooling costs for certified models, but compare the installed price, any rebate, and your measured change rather than assuming that average result.

Will using electricity at night lower my bill?

Only if the plan prices those hours differently or rewards shifting. On a flat-price plan, moving the same number of kWh from afternoon to night usually does not change the retail bill. It can still help the grid, but bill savings require a plan term or program that assigns different values by time.

How quickly should an energy-saving change show up?

Smart-meter data can show a usage change after the data posts, often before the next bill arrives. Compare at least several similar days and normalize for weather and occupancy. Equipment and building upgrades should be judged across a longer period that includes comparable conditions.

Sources and related reading

The U.S. Department of Energy's Energy Saver guide covers home energy assessments, air sealing, insulation, cooling, water heating, appliances, and safety. Its home-cooling guide explains filter maintenance, fans, ducts, window coverings, and common air-conditioner problems. ENERGY STAR publishes performance-based guidance for smart thermostats, pool pumps, and heat-pump water heaters. The U.S. Energy Information Administration provides current state residential energy data and explains why air conditioning drives summer residential use.

For the plan side, use the exact EFL and terms for the household's contract. The Public Utility Commission of Texas's customer-protection rule defines required plan disclosures, while its advanced-metering rule covers customer access to interval data.

Reviewed August 17, 2026. Savings depend on the home, equipment, weather, usage, and plan. Follow manufacturer instructions and use qualified professionals for electrical, HVAC, plumbing, combustion-safety, refrigerant, and other work beyond safe routine maintenance.