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How Much Does It Cost to Run an Electric Blanket? $8/Month

Running an electric blanket at 200 watts for 8 hours a day costs about $0.27 a day and $8.16 a month at 17¢/kWh, the EIA 2025 annual US average (July 2026 monthly: 18.31¢) — roughly $41 a year.

200 W (80–260 W)Typical power draw
8 h/day, 30 days/monthAssumed use
1.60 kWhEnergy per day

· Source: EIA Electric Power Monthly Table 5.6.A (July 2026 data) · next EIA update ~Oct 23

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an electric blanket: energy cost only (200 W ÷ 1,000 × hours × rate); fixed fees and taxes extra.
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Slider nudges the rate for an electric blanket; the URL keeps it.

## How much does it cost to run an electric blanket?

The same an electric blanket at 8 hours a day costs $5.76 a month at 12¢ and $21.60 at 45¢ — usage held constant, only the rate moving:

Table 1: How Much Does It Cost to Run an Electric Blanket? $8/Month
Electricity rate Per hour Per day Per month in season Per year
12¢/kWh $0.024 $0.19 $5.76 $29
15¢/kWh $0.030 $0.24 $7.20 $36
17¢/kWh (US avg) $0.034 $0.27 $8.16 $41
20¢/kWh $0.040 $0.32 $9.60 $48
25¢/kWh $0.050 $0.40 $12.00 $60
30¢/kWh $0.060 $0.48 $14.40 $72
35¢/kWh $0.070 $0.56 $16.80 $84
45¢/kWh $0.090 $0.72 $21.60 $108
Typical power draw
200 W (80–260 W)
Assumed use
8 h/day, 30 days/month
Energy per day
1.60 kWh
Cost per day
$0.27
Cost per month
$8.16
Cost per year
$41

Why this number

Running an electric blanket at 200 watts for 8 hours a day costs about $0.27 a day and $8.16 a month at 17¢/kWh, the EIA 2025 annual US average (July 2026 monthly: 18.31¢) — roughly $41 a year. The formula for an electric blanket: 200 W ÷ 1,000 × hours × your rate per kWh. For an electric blanket your own rate changes the answer: at 12¢/kWh that month costs $5.76, at 45¢/kWh it costs $21.60.

An electric blanket rated at 200 watts, run 8 hours a day, costs about $0.27 a day — about $8.16 a month, or $41 a year — at the US average electricity rate of 17¢/kWh. That places it 28th of the 40 appliances tracked here, near the bottom. It is not where a high bill comes from, and switching it off will not rescue one.

What actually drives this number

The benchmark is deliberately the worst case: Jackson Energy bills a 200 W blanket for a full 8 hours a night (48 kWh/mo), and Merced ID reaches the same place at 0.8 kWh per night per side. Real thermostats cycle the elements, so most nights land below this. The 5-month heating season is our assumption — the utilities publish monthly figures only. Biddeford’s spec puts a queen at 130 W per side. Against a space heater at 1,500 W, warming the bed instead of the room is roughly a tenth of the energy.

At 200 W every hour of this load costs about $0.03, and no more efficient unit exists to buy — resistance heat is resistance heat at any price point. At this scale the levers are habit-sized, not equipment-sized: its closest heat-category neighbor on a monthly bill is the clothes dryer at about $6.62, and the electricity cost calculator prices any wattage-and-hours pattern at your own rate.

Where this number comes from

Putting Electric blanket in proportion

At 17¢/kWh, an electric blanket next to the rest of the bill:

For an electric blanket: making heat is where household electricity goes, but how it is made decides the bill. A resistance element — an oven, a dryer, a resistance furnace, a kettle — converts every watt into exactly one watt of heat, so a cheap appliance and an expensive one with the same rating cost the same to run and efficiency is not something you can shop for. Equipment that moves heat instead of making it, like a heat pump, delivers several units of heat per unit of electricity and breaks that rule entirely. The only levers on a resistance load are running it less, running it lower, or heating a smaller space. On this site’s own numbers, an electric blanket lands at #28 of 40 on the monthly-cost ranking, at about $8.16 for a typical month.

The formula, in full

The 200 W arithmetic for an electric blanket, step by step:

  1. Watts to kilowatts. 200 W ÷ 1,000 = 0.20 kW.
  2. Energy per day. 0.20 kW × 8 hours = 1.60 kWh.
  3. Cost per day. 1.60 kWh × $0.17 = $0.27.
  4. Cost per month. $0.27 × 30 days = $8.16.

For an electric blanket the two levers are run-hours (8 h/day here) and your rate; at 8 hours a day, 200 W adds up — which is why anything that makes heat dominate the rankings.

Other heating loads: Dishwasher ($41/yr), Electric oven ($35/yr), Hair dryer ($23/yr). Closest on annual cost: 65-inch LED TV ($31/yr), Chest freezer ($51/yr). Across all other heating loads here, the cheapest is Air fryer at $1.33/mo and the priciest is Electric furnace at $119.34/mo.

The an electric blanket table above runs a fixed rate ladder (12–45¢); the state quick-fill uses July 2026 averages from EIA Electric Power Monthly, Table 5.6.A .

Put an electric blanket ($8.16 a month) against everything else in the electricity cost calculator , check your state’s rate , or browse all 40 appliances ; year-round high bills: solar savings calculator .

Frequently asked questions

How much does it cost to run an electric blanket per hour?

About $0.034 an hour for an electric blanket at 17¢/kWh, the EIA 2025 annual US average (July 2026 monthly: 18.31¢), for a 200 W unit. The calculation is 200 ÷ 1,000 × 1 hour × $0.17 per kWh. At 30¢/kWh the same hour costs $0.060.

How much does an electric blanket add to my monthly bill?

Roughly $8.16 a month for an electric blanket at 8 hours a day, 30 days a month, 17¢/kWh. That is about $41 a year across a 5-month season. For an electric blanket, change the 8-hour default to your own use — run-time moves the total as much as the 200 W does.

How many watts does an electric blanket use?

Typically around 200 W, with real units ranging from about 80 to 260 W depending on size, model and setting. The nameplate on your own unit is the figure to trust — these are typical values for planning, not a measurement of your appliance.

Why is my actual bill higher than the an electric blanket figure?

$8.16 a month is the energy cost of an electric blanket alone; your bill adds fixed connection charges, delivery fees, taxes and every other load. Add the other appliances in the index to an electric blanket for the controllable part of the bill.

How we calculated this

Worked for an electric blanket: 200 W ÷ 1,000 × 8 h × $0.17 = $0.27 a day; × 30 days = $8.16 a month; × 5 months in use = $41 a year. 200 W and 8 h are the typical figures cited for an electric blanket; 17¢ is EIA’s 2025 annual US average.

Sources: U.S. Energy Information Administration (EIA) electricity rates · DSIRE incentive records · public IRS/OBBBA guidance. Figures are modeled estimates, not quotes or tax advice. See our methodology.

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