kitchen · 900W typical
Running a drip coffee maker costs about $0.33/month.
That's the typical drip coffee maker at 900W, run 0.25 hours a day at the US-average rate of 16.5¢/kWh. Change any of those and the number moves — use the calculator below to see yours.
Estimated cost
A drip coffee maker draws full power only while the thermostat/compressor is running — about 0.1 effective hours at 900W across your 0.25-hour window.
How you use it
Cost shifts with how long it's on.
The same drip coffee maker can cost very different amounts depending on usage patterns. Three common scenarios, at the US-average rate.
morning pot
$0.33
per month
10-15 min brew cycle plus warming plate
all-day warming
$5.35
per month
warming plate kept on until afternoon
Where you live
$0.61 spread between the cheapest and priciest states.
Same appliance, same hours of use, different zip code — the monthly cost varies this much.
| State | Rate | Monthly | Yearly |
|---|---|---|---|
| Hawaii | 41.2¢ | $0.83 | $10.15 |
| California | 31.4¢ | $0.64 | $7.74 |
| Massachusetts | 30.8¢ | $0.62 | $7.59 |
| Connecticut | 28.7¢ | $0.58 | $7.07 |
| Rhode Island | 27.9¢ | $0.56 | $6.87 |
| New Hampshire | 24.6¢ | $0.50 | $6.06 |
| Alaska | 24.3¢ | $0.49 | $5.99 |
| New York | 22.3¢ | $0.45 | $5.49 |
| Maine | 22.1¢ | $0.45 | $5.44 |
| Vermont | 21.5¢ | $0.44 | $5.30 |
| Michigan | 19.3¢ | $0.39 | $4.76 |
| New Jersey | 19.1¢ | $0.39 | $4.71 |
| Maryland | 18.4¢ | $0.37 | $4.53 |
| Pennsylvania | 18.1¢ | $0.37 | $4.46 |
| District of Columbia | 17.8¢ | $0.36 | $4.39 |
| Wisconsin | 17.4¢ | $0.35 | $4.29 |
| Delaware | 17.2¢ | $0.35 | $4.24 |
| Illinois | 16.9¢ | $0.34 | $4.16 |
| Ohio | 16.6¢ | $0.34 | $4.09 |
| Nevada | 16.3¢ | $0.33 | $4.02 |
| Indiana | 15.8¢ | $0.32 | $3.89 |
| Virginia | 15.7¢ | $0.32 | $3.87 |
| Minnesota | 15.6¢ | $0.32 | $3.84 |
| Colorado | 15.4¢ | $0.31 | $3.79 |
| Alabama | 15.2¢ | $0.31 | $3.74 |
| West Virginia | 15.2¢ | $0.31 | $3.74 |
| Florida | 15.1¢ | $0.31 | $3.72 |
| New Mexico | 14.8¢ | $0.30 | $3.65 |
| Texas | 14.8¢ | $0.30 | $3.65 |
| Arizona | 14.7¢ | $0.30 | $3.62 |
| South Carolina | 14.7¢ | $0.30 | $3.62 |
| Kansas | 14.6¢ | $0.30 | $3.60 |
| Georgia | 14.2¢ | $0.29 | $3.50 |
| Iowa | 14.1¢ | $0.29 | $3.47 |
| North Carolina | 13.9¢ | $0.28 | $3.42 |
| Missouri | 13.6¢ | $0.28 | $3.35 |
| Oregon | 13.4¢ | $0.27 | $3.30 |
| Tennessee | 13.3¢ | $0.27 | $3.28 |
| Kentucky | 13.2¢ | $0.27 | $3.25 |
| Mississippi | 13.1¢ | $0.27 | $3.23 |
| Oklahoma | 13.1¢ | $0.27 | $3.23 |
| South Dakota | 12.7¢ | $0.26 | $3.13 |
| Montana | 12.4¢ | $0.25 | $3.06 |
| Nebraska | 12.2¢ | $0.25 | $3.01 |
| Arkansas | 12.1¢ | $0.25 | $2.98 |
| Washington | 12.1¢ | $0.25 | $2.98 |
| Louisiana | 11.9¢ | $0.24 | $2.93 |
| Wyoming | 11.6¢ | $0.23 | $2.86 |
| North Dakota | 11.5¢ | $0.23 | $2.83 |
| Utah | 11.4¢ | $0.23 | $2.81 |
| Idaho | 11.3¢ | $0.23 | $2.78 |
Efficient vs. inefficient
A $4.07/year difference across the wattage range.
Swapping a high-draw model for an efficient one pays for itself. Here's what that looks like annually at typical usage.
Most efficient
600W
$0.22 per month
$2.71 per year
Typical
900W
$0.33 per month
$4.07 per year
High draw
1500W
$0.56 per month
$6.78 per year
When it hits hardest
year-round peak
Daily use year-round; slightly heavier in winter.
Ways to cut the cost
- 1
Transfer to thermal carafe and unplug — warming plates waste 200-400 Wh
Saves 60-100 kWh/year
- 2
Use a smart plug with morning schedule + auto-off
Eliminates all-day warming draw
- 3
Brew only what you'll drink in 30 min
Avoids warming-plate fuel of unused coffee
Real-world wattages
Pulled from actual spec sheets.
| Brand | Model | Watts |
|---|---|---|
| Mr. Coffee | BVMC-PSTX91 | 900W |
| Cuisinart | DCC-3200 | 1100W |
| Technivorm | Moccamaster KBGV | 1475W |
Picks that actually move the needle
Three products worth comparing if you're thinking about upgrading or supplementing what you have.
Some links below are affiliate links. If you buy, we may earn a small commission — it never changes the price you pay, and we only recommend picks we would stand behind.
See also
Related appliances
Sources: www.energy.gov · www.energystar.gov
Last updated: 2026-04-13