How to Save Money on Your Energy Bills in 2026

Electricity costs have been steadily rising for years, outpacing inflation. The average monthly residential electricity bill increased from about $121 in 2021 to $156 in 2025—a nearly 30% rise.

How to Save Money on Energy Bills (Quick Answer)

To save money on energy bills, adjust your thermostat by 2–4°F, seal draughts around doors and windows, switch to LED bulbs, eliminate standby power, wash clothes in cold water, and compare energy providers if you live in a deregulated state. Most households can cut $500–$1,500 per year with low-cost changes.

The average American household pays $169.80 per month for electricity as of February 2026—roughly $2,038 per year—a 4.9% increase compared with the same period last year and the highest level on record.

And it is not slowing down. Brace yourself: things are likely only going to get more expensive. The average US household is projected to spend nearly $1,000 this winter to heat its home, according to data from the National Energy Assistance Directors Association.

Energy bills are one of the most frustrating household expenses because they feel fixed—you cannot cancel electricity the way you cancel a subscription, and keeping your home warm and lit does not feel optional. But fixed and irreducible are not the same thing. The average household wastes 20–30% of the energy it pays for—through draughts, standby power, inefficient habits, and decades-old equipment that burns more power than modern equivalents.

This guide gives you 14 specific, evidence-backed strategies for reducing your energy bills in 2026—some that cost nothing, some that pay for themselves within months, and some structural changes that reduce what you pay permanently. No solar panels required. No smart home system needed. No significant lifestyle disruption.

For the complete framework on how energy bill savings fit into your overall financial picture, see our ultimate guide to saving money.

The 5 Highest-Impact Energy Savings

If you only implement five changes, start here:

1. Adjust thermostat 2–4°F — Saves $100–$300/year, costs $0
2. Seal draughts and air leaks — Saves $115–$310/year, costs $44–$82
3. Switch energy provider (if eligible) — Saves $300–$504/year, costs $0
4. Install a programmable thermostat — Saves $140–$250/year, costs $25–$50
5. Eliminate standby power — Saves $80–$200/year, costs $25–$80

These five alone can reduce annual electricity costs by $500–$1,200.

How to Lower Energy Bills Immediately (Next 7 Days)

If your bill just spiked or you need to reduce costs fast:

1. Raise cooling set point 2–4°F — Works immediately, no cost
2. Switch all laundry to cold water — 90% energy reduction per load
3. Turn off heated dry on dishwasher — Reduces dishwasher energy by 15–50%
4. Unplug or power-strip entertainment devices — Eliminates standby power waste
5. Check if you can switch providers — 15 minutes can save $300–$500/year in deregulated states

These changes alone can reduce your next monthly bill by $40–$120.

Why Energy Bills Are So High — and Where the Money Goes

Before cutting, understand where the money is going. Heating and cooling accounts for 52% of all energy usage in US homes—the single largest category by a wide margin. Everything else—lighting, water heating, appliances, electronics—shares the remaining 48%.

This matters for strategy. Half of your energy bill is HVAC. Strategies that target heating and cooling—thermostat management, insulation, draught sealing—produce dramatically larger savings than strategies targeting lighting or standby power alone.

Why Energy Bills Feel So Unpredictable

Five factors making energy bills higher than ever in 2026:

• Rising natural gas prices — Driving electricity generation costs upward
• Grid modernization costs — Weather hardening investments passed to consumers
• Surging electricity demand — Data centers doubling grid load pressure
• Extreme weather — Increasing cooling and heating demand
• Infrastructure rebuilding — Storm damage recovery across Sun Belt and Gulf Coast

None of these factors are within your control. What is within your control is how much energy your household consumes—and the efficiency with which it consumes it.

Energy Usage by Home Type

Your home type determines which strategies deliver the highest returns:

Apartments

HVAC and water heating dominate usage. Focus on: thermostat adjustment, cold water laundry, standby power elimination, LED bulbs. Provider switching if available. Lower potential for insulation improvements.

Single-Family Homes

HVAC plus insulation improvements deliver largest returns. Focus on: all HVAC strategies, draught sealing, attic insulation check, programmable thermostat, provider switching if available.

Older Homes (Pre-1990)

Draught sealing and insulation upgrades produce highest ROI due to decades of settling and original construction standards. Air leaks typically account for 30–40% of energy loss. Start with: comprehensive draught sealing, attic insulation, water heater insulation, then thermostat and provider strategies.

Newer Homes (Post-2000)

Better insulated and sealed by default. Focus on: behavior changes (thermostat, cold water, standby elimination), provider comparison, and equipment optimization rather than structural improvements.

The 14 Strategies — From Free to Low-Cost Investment

Strategy 1 — Adjust Your Thermostat by 2–4°F

The US Department of Energy’s most frequently cited energy saving principle: every 1°F reduction in heating set point saves approximately 1–3% on your heating bill. Every 1°F increase in cooling set point saves a comparable amount on air conditioning.

A 2°F adjustment in both directions—slightly cooler in winter (68°F instead of 70°F), slightly warmer in summer (76°F instead of 74°F)—reduces HVAC costs by 4–12% depending on climate and home size. On the national average bill of $169.80/month, that is $81–$244 per year from a single change requiring zero equipment purchase.

The practical adjustment:

• Winter heating: 68°F when home and awake. 60–65°F when sleeping or away.
• Summer cooling: 78°F when home. 85°F when away. Fans circulate cool air without lowering the temperature.

Annual saving: $100–$300

Strategy 2 — Install a Programmable or Smart Thermostat

Manual thermostat adjustment requires you to remember to change the temperature every time you leave, return, wake, and sleep. A programmable thermostat automates this entirely—setting different temperatures for different times of day and days of the week, so your heating and cooling tracks your actual schedule rather than running at full capacity when nobody is home.

A basic programmable thermostat costs $25–$50 and installs in 30–45 minutes with a screwdriver. The Department of Energy estimates savings of 10% on heating and cooling from programmable thermostat use alone—$140–$250 per year on average bills—meaning the device pays for itself within the first month to three months of use.

Smart thermostats (Nest, Ecobee) cost $150–$250 and learn your schedule over time, optimizing temperature automatically. Many utility companies offer $50–$100 rebates on smart thermostat purchases—reducing or eliminating the upfront cost. Check your utility’s website for current rebate programs before purchasing.

Annual saving: $140–$250. Payback period: 1–3 months.

Strategy 3 — Seal Draughts Around Doors and Windows

Drafty windows, unsealed doors, and inadequate insulation force heating and cooling systems to work harder, increasing energy consumption. Upgrading to energy-efficient windows and sealing leaks can significantly reduce energy loss.

The Department of Energy estimates that draughts and air leaks account for 25–40% of heating and cooling energy loss in the average American home. Air escapes through gaps around door frames, window frames, pipe penetrations, electrical outlets on exterior walls, attic hatches, and the junction between walls and floors.

Draught sealing is the highest return-on-investment energy improvement available. The materials cost $15–$60 for a full home seal:

Sealing Product	Application	Cost	Annual Saving
Weatherstripping tape	Around door frames	$8–$15	$30–$80
Door draught excluder	Bottom of exterior doors	$10–$20	$20–$50
Window film insulator kit	Single-pane windows	$15–$25	$30–$80
Outlet foam gaskets	Exterior wall outlets and switches	$5–$10 for pack	$15–$40
Foam gap sealant	Gaps around pipes and penetrations	$6–$12	$20–$60
Total sealing investment		$44–$82	$115–$310

Annual saving: $115–$310. Payback period: under 3 months.

Strategy 4 — Switch All Bulbs to LED

LED lighting uses 75–80% less electricity than incandescent bulbs and 50% less than CFL (compact fluorescent) bulbs. An LED bulb providing the same light output as a 60-watt incandescent draws only 8–10 watts.

The household calculation: The average US home has 30 light fixtures. Replacing 20 frequently used incandescent bulbs with LEDs saves approximately $100–$180 per year in electricity costs. LED bulbs cost $3–$6 each ($60–$120 total for 20 bulbs) and last 15,000–25,000 hours—typically 15–25 years at average use. The payback period is six to eight months.

For households that have already switched to CFL bulbs: LEDs still produce meaningful savings (around $60–$90/year on 20 bulbs) and are worth switching to as CFLs reach end of life—particularly since CFL production is winding down globally.

Annual saving: $100–$180. Payback period: 6–8 months.

Strategy 5 — Eliminate Standby Power — The Phantom Load

Even when turned off, many devices still consume power if plugged in. Unplug electronics when not in use or use smart power strips to cut off standby energy consumption.

Standby power—sometimes called phantom load or vampire power—is the electricity consumed by devices in standby, sleep, or off-but-plugged-in state. The Lawrence Berkeley National Laboratory estimates that standby power accounts for 5–10% of residential electricity use in the average US home—approximately $100–$200 per year paid for electricity that powers nothing useful.

The largest standby power consumers in most homes:

Device	Standby Watts	Annual Standby Cost
Game console (PlayStation/Xbox)	10–15W	$13–$20
Cable box or satellite receiver	15–25W	$20–$33
Large screen TV	0.5–2W	$0.65–$2.60
Desktop computer (sleep mode)	2–5W	$2.60–$6.50
Microwave (clock display)	3–5W	$3.90–$6.50
Coffee maker (clock)	1–2W	$1.30–$2.60
Printer (standby)	5–10W	$6.50–$13

The simplest elimination method: Plug entertainment and electronics devices into a smart power strip that cuts power completely when the TV or main device is switched off. One smart power strip ($25–$40) eliminates standby draw from an entire entertainment center. For home offices, a second strip eliminates computer and peripheral standby power.

Annual saving: $80–$200. Equipment cost: $25–$80.

Strategy 6 — Wash Clothes in Cold Water

The US Department of Energy estimates that 90% of the energy used by washing machines goes to heating the water. The wash cycle itself—the motor, agitation, and pump—uses only the remaining 10%.

Switching from hot-water washing to cold-water washing reduces the energy cost of each wash cycle by approximately 90%. For a household doing five loads per week, this represents $50–$100 per year in electricity savings with zero change in how clean clothes get—modern cold-water detergents are formulated to clean effectively at low temperatures.

The full cold-water switch requires only changing the temperature dial on the washing machine. No equipment purchase. Immediate, permanent savings from the next wash cycle.

Annual saving: $50–$100

Strategy 7 — Use Your Dishwasher More Efficiently

Most of a dishwasher’s energy use is in the heated dry cycle—not the wash cycle itself. Disabling heated drying and air-drying instead reduces dishwasher electricity use by 15–50% per cycle. Open the door after the final rinse and let dishes air dry—typically fully dry within 30–60 minutes.

Additional dishwasher efficiency: Run only full loads, use eco or light cycles for moderately soiled dishes, and run during off-peak hours if your utility offers time-of-use pricing (typically evenings and weekends).

Annual saving: $15–$40

Strategy 8 — Insulate Your Water Heater and Pipes

Water heating is the second-largest energy expense in most homes after HVAC—accounting for approximately 18% of home energy use. Three low-cost improvements reduce water heating costs meaningfully:

Lower the thermostat to 120°F: Many water heaters ship factory-set to 140°F. Reducing to 120°F saves 4–22% on water heating energy (Department of Energy estimate) while still providing adequately hot water for all household uses. The adjustment takes two minutes with no tools required—locate the temperature dial on the water heater and turn it down.

Insulate the water heater tank: A water heater insulation blanket ($20–$30) reduces standby heat loss by 25–45%, saving $12–$39 per year in electricity or gas. Particularly effective for older, uninsulated tanks and water heaters in unconditioned spaces (garages, basements).

Insulate accessible hot water pipes: Pipe insulation foam ($10–$20) on the first three feet of hot water pipe exiting the heater reduces heat loss in the most critical section and reduces the time until hot water reaches the tap—reducing water waste simultaneously.

Annual saving from all three: $30–$80

Strategy 9 — Switch Energy Providers in Deregulated States

In deregulated states, customers typically save 15–30% by comparing providers. 14 states plus D.C. have competitive electricity markets: Texas, Pennsylvania, Ohio, Illinois, New Jersey, New York, Connecticut, Delaware, Maine, Maryland, Massachusetts, New Hampshire, Rhode Island, and Virginia (partial).

If you live in one of these states, your electricity supply is separated from its delivery—meaning you can choose your electricity supplier independently from the utility company that physically delivers power to your home. Switching suppliers does not affect reliability or service quality—the same grid, the same poles, the same utility crew for outages. Only the price changes.

Comparison sites for deregulated markets (PowerToChoose.org in Texas, EnergyShopper.com, YourEnergyChoice.com) allow you to compare current rates from competing suppliers in minutes and switch with no interruption in service.

On the national average bill of $169.80/month, a 15–25% saving from provider switching is $25–$42 per month—$300–$504 per year. This single action, taking 15 minutes, produces the largest possible single-month saving for eligible households.

Annual saving: $300–$504 (deregulated states only)

Can You Switch Electricity Providers in Your State?

States with competitive electricity markets (as of 2026):

• Texas
• Pennsylvania
• Ohio
• Illinois
• New Jersey
• New York
• Connecticut
• Delaware
• Maine
• Maryland
• Massachusetts
• New Hampshire
• Rhode Island
• Virginia (partial)
• District of Columbia

If you live in any of these states: You can choose your electricity supplier. Visit your state’s comparison website (PowerToChoose.org in Texas, or search “[your state] electricity comparison”) to compare current rates. Switching takes 15 minutes and typically takes effect within 1–2 billing cycles.

If you live in any other state: Your electricity is provided by your regulated utility company. You cannot switch suppliers, but you can still implement all other strategies in this guide.

Strategy 10 — Use Ceiling Fans Strategically

Ceiling fans do not reduce air temperature—they create a wind-chill effect that makes a room feel 4–6°F cooler. In summer, a ceiling fan allows the thermostat to be set 4°F higher while maintaining the same perceived comfort level—translating directly to air conditioning savings.

The key setting often overlooked: Ceiling fans have a winter mode. Reversing the blade direction (clockwise in winter, counterclockwise in summer) circulates warm air that pools at the ceiling back down into the living space, reducing heating demand.

The critical rule: Turn ceiling fans off when leaving a room. Fans cool people, not rooms. A fan running in an empty room adds to your electricity bill without benefiting anyone.

Annual saving: $50–$120 (homes with central air conditioning)

Strategy 11 — Perform a DIY Energy Audit

An energy audit identifies exactly where your home is losing energy—and therefore where the highest-return improvements are. Professional audits cost $200–$600. A DIY audit costs nothing.

DIY energy audit process:

Step 1 — The hand test: On a windy day, move your hand slowly around every exterior door frame, window frame, fireplace damper, electrical outlet on exterior walls, and where walls meet floors. Any air movement indicates a draught to seal.

Step 2 — The candle test: Hold a lit candle or incense stick near the same locations. Flame or smoke movement confirms air leakage.

Step 3 — The attic check: Uneven or insufficient insulation in the attic is one of the most common causes of high heating and cooling bills. The Department of Energy recommends R-38 to R-60 insulation in attics (11–19 inches of fiberglass batts). Visible joists indicate under-insulation.

Step 4 — The appliance inventory: Note the age of your major appliances. Refrigerators older than 15 years, washing machines older than 12 years, and dishwashers older than 10 years typically consume 20–40% more electricity than current Energy Star equivalents.

Step 5 — The billing review: Pull 12 months of electricity bills. Compare month-to-month and year-over-year. A usage spike in one month that cannot be explained by weather or household change typically indicates a faulty appliance drawing excessive power.

Strategy 12 — Optimize Your Refrigerator

The refrigerator is the only appliance that runs 24 hours per day, 365 days per year—making it one of the most significant electricity consumers in the average home despite its individually modest hourly draw.

Four optimizations that reduce refrigerator electricity use without any reduction in food preservation:

Set to the right temperature: Refrigerator compartment at 35–38°F. Freezer at 0°F. Every degree colder than necessary costs electricity without preserving food better.

Keep it well-stocked: A full refrigerator maintains temperature more efficiently than an empty one—the thermal mass of food helps maintain cold temperature when the door opens. A nearly empty refrigerator loses cold air quickly every time the door opens and the compressor works harder to recover.

Clean the condenser coils annually: Dust-coated condenser coils (usually at the bottom rear of the fridge) reduce efficiency by 25–30%. Vacuuming them annually with a brush attachment restores full efficiency. The task takes five minutes.

Check door seals: A worn or loose door seal allows cold air to escape continuously. The dollar bill test: close a dollar bill in the door seal—if it pulls out easily, the seal needs replacing. Replacement seals cost $15–$40 and install without tools.

Annual saving: $20–$60

Strategy 13 — Time Your High-Consumption Activities

Many utility companies offer time-of-use (TOU) pricing—lower electricity rates during off-peak hours (typically evenings, nights, and weekends) and higher rates during peak demand periods (weekday afternoons). If your utility offers TOU pricing, shifting energy-intensive activities to off-peak hours produces meaningful savings with no change in what you do—only when you do it.

Activities to shift to off-peak hours where TOU pricing applies:

• Running the dishwasher (run overnight or early morning)
• Running the washing machine and dryer (evenings or weekends)
• Charging electric vehicles (overnight)
• Running pool pumps (overnight where applicable)

Check your utility bill or website to see whether TOU pricing is available and whether your current rate plan includes it. In states like California and New York, TOU pricing can reduce electricity costs by 10–20% for households that shift usage successfully.

Annual saving: $80–$200 (where TOU pricing is available)

Strategy 14 — Claim Every Available Rebate and Assistance Program

Many energy providers and utility companies offer bill assistance programs to help residents struggling with energy bills—including payment deadline extensions, deferred payment plans, and waived late fees.

Beyond crisis assistance, two programs available to most households regardless of income significantly reduce energy costs:

Utility rebate programs: Most major utility companies offer rebates on energy-efficient equipment purchases—smart thermostats ($50–$100), LED bulb packs (free or heavily discounted), efficient water heaters ($100–$300), and insulation upgrades ($200–$500). These rebates apply to upgrades you may already be planning and directly reduce the cost of energy-saving investments.

The Inflation Reduction Act tax credits (through 2032): Federal tax credits worth up to 30% of the cost of qualifying energy efficiency improvements—including insulation, draught sealing, efficient HVAC systems, and heat pumps—remain available through 2032. For a household spending $2,000 on insulation improvements, this credit reduces the after-tax cost to $1,400.

LIHEAP: The Low Income Home Energy Assistance Program provides federally-funded heating and cooling assistance for income-qualifying households. Applications through your state or local social services department. Many eligible households do not apply because they assume they will not qualify—eligibility thresholds are higher than most people expect.

Check your utility’s website for current rebate programs before purchasing any energy-efficient equipment. The database at energystar.gov/rebate-finder lists every available federal, state, and utility rebate by zip code.

Your Total Annual Saving Potential

Strategy	Effort Level	One-Time Cost	Annual Saving
Thermostat adjustment (2–4°F)	Zero	$0	$100–$300
Programmable thermostat	Low	$25–$50	$140–$250
Draught sealing	Low	$44–$82	$115–$310
LED bulb switch	Low	$60–$120	$100–$180
Eliminate standby power	Low	$25–$80	$80–$200
Cold water laundry	Zero	$0	$50–$100
Water heater optimization	Low	$30–$50	$30–$80
Switch energy provider*	Low	$0	$300–$504
Ceiling fan strategy	Zero	$0	$50–$120
Dishwasher efficiency	Zero	$0	$15–$40
Time-of-use shifting*	Zero	$0	$80–$200
Realistic combined saving		$184–$382	$780–$2,284

*Provider switching available in 14 deregulated states only. TOU shifting where available.

For households in non-deregulated states implementing all non-switching strategies: realistic annual saving of $480–$1,780.

Where Your Energy Savings Go

Every dollar freed from your energy bill belongs in a named savings goal:

Your emergency fund — The financial buffer every household needs before anything else: How to Build an Emergency Fund From Zero

Your high-yield savings account earning 4–5% APY — Where every redirected saving should live: High-Yield Savings Accounts—What They Are and Why You Need One

Your house deposit fund — Energy savings of $60–$150/month add $720–$1,800 per year to your timeline: How to Save for a House Deposit on a Normal Salary

The full savings picture — How energy bill savings fit into your complete financial plan: The Ultimate Guide to Saving Money

Real People — What the Changes Actually Produced

Danielle, 37 — Teacher, Atlanta, Georgia

Monthly electricity bill before: $228 (Atlanta summer bills run high). She sealed draughts around all exterior doors and windows ($64 in materials), raised her summer thermostat set point from 72°F to 76°F, switched to cold-water washing, and replaced 18 incandescent bulbs with LEDs ($72 total).

Monthly electricity bill after: $164.
Annual saving: $768.

“The thermostat was the thing I resisted longest—I thought 76°F would feel hot. With the ceiling fan on, it doesn’t. That one change was $50 a month. The rest was another $14. For $136 in materials I cut my annual bill by $768. I wish someone had told me this five years ago.”

Marcus and Amy, Both 42 — Both Professionals, Houston, Texas

Their state is deregulated. They had been with the same electricity provider for nine years without comparing rates. Fifteen minutes on PowerToChoose.org found a plan at 11.2 cents/kWh versus their current 14.8 cents/kWh. They switched the same day.

On their average monthly usage of 1,400 kWh (Houston summers are intense), the saving was $50.40 per month—$604.80 per year—for 15 minutes of comparison shopping and a phone call.

“We had no idea we could choose our electricity supplier. We thought the utility company was the only option. That 15 minutes was the best hourly rate I have ever earned.”

Frequently Asked Questions

Sources

All strategies, savings estimates, and electricity rate data in this guide are sourced from the following verified sources:

• ElectricChoice Electricity Rates by State February 2026
• ElectricityPlans Average Electricity Bill by State February 2026
• ElectricChoice Average Electric Bills February 2026
• TIME 5 Big Reasons Why Electricity Prices Are So High January 2026
• Solar.com Average US Electric Bill 2026
• Choose Energy Electricity Rates by State February 2026
• SaveOnEnergy Electricity Bill Report February 2026
• US Department of Energy Energy Saver Guide 2025
• US Energy Information Administration Electric Power Monthly January 2026
• Bureau of Labor Statistics Average Price Electricity per kWh January 2026

About This Guide: This energy savings guide was created by the Higherdot editorial team using current electricity rate data from the EIA, BLS, and state-by-state utility comparisons. We update this content quarterly to ensure accuracy of rates, rebate programs, and state deregulation status.

Editorial Standards: Our content is thoroughly researched using government energy data (EIA, DOE) and utility industry sources. We maintain strict editorial independence and provide practical strategies that real households can implement without significant expense or lifestyle disruption.

Data Sources: Electricity rates and usage data verified through US Energy Information Administration (EIA), Bureau of Labor Statistics (BLS), ElectricChoice, and state utility commission reports as of February 2026.

Ready to cut your energy bill? Start this week with the 5 Highest-Impact changes: adjust your thermostat 2–4°F, seal draughts around doors ($44–$82 in materials), check if you can switch providers (15 minutes), install a programmable thermostat ($25–$50), and eliminate standby power with smart power strips ($25–$80). For the complete framework on where those energy savings should go, see our ultimate guide to saving money.