ELEMENT EXUF14CEEW
ENERGY STAR certified
Upright freezer · 14 cu ft
Inthis freezer costs
about $6 a month
$71 a year
An estimate at your state's average rate — not a guarantee of your bill.
The yellow sticker says $55 a year.
You'll pay $16 more.
Sticker uses 14¢ per kWh. The U.S. average is 18.0¢ per kWh.
Energy use
396 kWh a year
vs similar upright freezer
-13%
Cheaper freezers, same size
ENERGY STAR lists 32 other certified models at the same 396 kWh a year, size and type, so everything on this page applies to them too.
Cheaper to run, same size
- Beko BUFR2715MGUpright freezer · 14.3 cu ft$55
- Beko BUFR2715WHUpright freezer · 14.3 cu ft$55
- Blomberg BRUF2814WHUpright freezer · 14.3 cu ft$55
- Blomberg BRUF2814SSUpright freezer · 14.3 cu ft$55
A year at the U.S. average residential rate.
Cost in every state
396 kWh a year × each state's average residential rate (EIA 12-month average through July 2026).
| State | Rate | Per year | Per month |
|---|---|---|---|
| Hawaii | 43.7¢ | $173 | about $14 a month |
| California | 33.1¢ | $131 | about $11 a month |
| Massachusetts | 30.4¢ | $120 | about $10 a month |
| Rhode Island | 29.4¢ | $116 | about $10 a month |
| Maine | 29.3¢ | $116 | about $10 a month |
| New York | 28.4¢ | $112 | about $9 a month |
| Connecticut | 28.2¢ | $112 | about $9 a month |
| Alaska | 27.0¢ | $107 | about $9 a month |
| New Hampshire | 26.8¢ | $106 | about $9 a month |
| District of Columbia | 24.2¢ | $96 | about $8 a month |
Show all 52 statesShow fewer
| Vermont | 23.9¢ | $95 | about $8 a month |
|---|---|---|---|
| New Jersey | 23.6¢ | $93 | about $8 a month |
| Maryland | 22.3¢ | $88 | about $7 a month |
| Michigan | 21.0¢ | $83 | about $7 a month |
| Pennsylvania | 20.8¢ | $82 | about $7 a month |
| Illinois | 19.0¢ | $75 | about $6 a month |
| Wisconsin | 18.8¢ | $74 | about $6 a month |
| Ohio | 18.3¢ | $72 | about $6 a month |
| U.S. average | 18.0¢ | $71 | about $6 a month |
| Delaware | 18.0¢ | $71 | about $6 a month |
| Indiana | 17.1¢ | $68 | about $6 a month |
| Virginia | 16.6¢ | $66 | about $5 a month |
| Colorado | 16.6¢ | $66 | about $5 a month |
| Alabama | 16.5¢ | $65 | about $5 a month |
| Minnesota | 16.2¢ | $64 | about $5 a month |
| Texas | 16.0¢ | $63 | about $5 a month |
| South Carolina | 15.7¢ | $62 | about $5 a month |
| West Virginia | 15.7¢ | $62 | about $5 a month |
| Oregon | 15.6¢ | $62 | about $5 a month |
| Arizona | 15.5¢ | $61 | about $5 a month |
| Florida | 15.4¢ | $61 | about $5 a month |
| New Mexico | 15.2¢ | $60 | about $5 a month |
| Kansas | 15.1¢ | $60 | about $5 a month |
| Georgia | 15.1¢ | $60 | about $5 a month |
| Mississippi | 14.9¢ | $59 | about $5 a month |
| North Carolina | 14.9¢ | $59 | about $5 a month |
| South Dakota | 14.3¢ | $57 | about $5 a month |
| Washington | 14.2¢ | $56 | about $5 a month |
| Wyoming | 14.2¢ | $56 | about $5 a month |
| Iowa | 14.1¢ | $56 | about $5 a month |
| Kentucky | 14.0¢ | $55 | about $5 a month |
| Montana | 13.9¢ | $55 | about $5 a month |
| Missouri | 13.9¢ | $55 | about $5 a month |
| Tennessee | 13.7¢ | $54 | about $5 a month |
| Oklahoma | 13.6¢ | $54 | about $4 a month |
| Nevada | 13.6¢ | $54 | about $4 a month |
| Arkansas | 13.5¢ | $53 | about $4 a month |
| Utah | 13.3¢ | $53 | about $4 a month |
| Louisiana | 13.1¢ | $52 | about $4 a month |
| Nebraska | 12.9¢ | $51 | about $4 a month |
| Idaho | 12.7¢ | $50 | about $4 a month |
| North Dakota | 12.5¢ | $50 | about $4 a month |
What the ELEMENT EXUF14CEEW costs where electricity is expensive
At Hawaii's average residential rate of 43.7¢ per kWh, the ELEMENT EXUF14CEEW costs $173 a year — $118 more a year than the label says. The EnergyGuide label estimates $55 a year, because every label in the country is calculated at 14¢ per kWh. At the U.S. average of 18.0¢ per kWh this freezer costs $71 a year, and in North Dakota, the cheapest state, $50 a year.
| Where | Rate | Cost a year | vs the label |
|---|---|---|---|
| Hawaii | 43.7¢ per kWh | $173 | +$118 |
| California | 33.1¢ per kWh | $131 | +$76 |
| Massachusetts | 30.4¢ per kWh | $120 | +$65 |
| Rhode Island | 29.4¢ per kWh | $116 | +$61 |
| Maine | 29.3¢ per kWh | $116 | +$61 |
| North Dakota | 12.5¢ per kWh | $50 | −$6 |
Electricity prices: EIA 12-month average through July 2026, residential sector, average revenue per kWh. Label figure calculated at 14¢ per kWh, the rate the FTC requires on labels.
Full specs
At the U.S. average residential rate this one costs $71 a year — about 13% cheaper to run than the average upright freezer ($83 a year across 621 certified models).
Every model on this scale is ENERGY STAR certified. Range across 621 upright freezers, priced a year at the U.S. average residential rate.
- Brand
- ELEMENT
- Model number
- EXUF14CEEW
- Type
- Upright freezer
- Capacity
- 14 cu ft
- Annual energy use
- 396 kWh a year
- ENERGY STAR Most Efficient
- No
- On the market since
- July 2026
- Certified
- July 2026
- UPC
- 810649036311
- Defrost
- Automatic
- Ice maker
- No
- Through-the-door dispenser
- No
- Built-in
- No
- Adjusted volume (cu ft)
- 14.0
- Refrigerant
- R-600a
- Connected features
- No
Where to buy
We do not sell appliances. These open a search on the retailer's own site.
Common questions
+How much does the ELEMENT EXUF14CEEW cost to run per month?
about $6 a month at the U.S. average residential rate of 18.0¢ per kWh, or $71 a year. Your cost depends on your state's rate — see the table above.
+How many kWh does the ELEMENT EXUF14CEEW use?
396 kWh a year, as the manufacturer filed it with the EPA, in the ENERGY STAR certified product database.
+Is the ELEMENT EXUF14CEEW energy efficient?
It is listed as ENERGY STAR certified. It uses about 13% less electricity than the average upright freezer (average: 457 kWh a year).
+How does the ELEMENT EXUF14CEEW compare to the average freezer?
The average upright freezer in our database uses 457 kWh a year, costing $83 a year at the U.S. average residential rate. The ELEMENT EXUF14CEEW uses 396 kWh a year, costing $71 a year.
How we calculate this
Annual energy use (396 kWh a year) is the figure the manufacturer filed for this model with the EPA, in the ENERGY STAR certified product database. Running cost is that figure multiplied by a state's average residential electricity price from the U.S. Energy Information Administration (12-month average through July 2026, average revenue per kWh).
Sources: EPA ENERGY STAR certified product data, updated weekly · U.S. EIA electricity prices, 12-month average through July 2026.