Meter it, do not estimate it
Nameplate watts are close to useless on a refrigerator because the compressor spends most of its life switched off. What matters is the average across everything the appliance does over days: the compressor cycling, the defrost heater, the fans, the door heaters and the controls. A plug-in meter integrates all of that for you, and three days of it is worth more than any amount of arithmetic on a data plate.
With the numbers in the form — 9.6 kWh over 72 hours — the average draw is 133 watts, which annualises to 1,168 kWh. At sixteen cents that is 186.88 dollars a year, against 76.80 dollars if the appliance ran at its 480 kWh label figure. The gap is 688 kWh, or 110.08 dollars a year.
The label was never a promise
An energy label figure comes from a standardised test: a set ambient, a defined loading, doors that stay shut. Your kitchen is warmer, your doors open, and warm food goes in. Running above the label is normal, and a moderate gap is not evidence of a fault.
What the gap is genuinely good for is comparison against itself. Meter the same appliance in the same season next year. If 1,168 kWh has become 1,400, that is a change in the appliance rather than a difference between a kitchen and a test chamber, and it is the kind of evidence that is worth taking to somebody.
Comparing a measurement against a label is not a fair fight
When you put a replacement label figure in, the page compares your measured 1,168 kWh against that unit's test number, and that flatters the new appliance — the same kitchen will do to it roughly what it has done to the old one. The defaults give a saving of 778 kWh against a 390 kWh label, which is 124.48 dollars a year and pays back an 1,100 dollar installed price in a little under nine years.
Scale the new label up by the ratio your old appliance runs at instead, and the arithmetic changes a lot. The page prints that ratio so you can do it: at 243 percent of label, a 390 kWh unit would be expected to draw closer to 949 kWh in your kitchen, the saving falls to about 35 dollars a year, and the payback stretches past thirty years. Neither version is the truth, but the honest range lies between them, and quoting only the first is how payback figures get a bad name.
What the meter cannot see
It cannot tell you why. A high reading is consistent with dusty coils, tired seals, a kitchen that runs warm, a defrost control that has stuck on, insulation that has aged, or a household that opens the door forty times an evening — and the meter reads the same for all of them. It also cannot tell you what a repair would change, which is why the repair line on this page only says how long the gap takes to add up to the quote rather than pretending the two are alternatives.
And it cannot see the rest of the decision. A refrigerator that is quiet, the right size and full of food has a value that does not appear on a meter, and one that has already dumped its contents once has a cost that does not either.
Questions people ask
How long should I leave the meter on the refrigerator?
Three days is a reasonable minimum and a week is better. The appliance cycles, defrosts on a schedule of its own, and gets used unevenly across a week, so a short window catches whatever happened to be going on. The page divides by the hours you enter, so a longer window costs nothing but patience and gives a steadier number.
Why is my refrigerator using more than the label says?
Usually because the label figure comes from a controlled test with the doors shut and yours does not live in one. A warm kitchen, frequent openings, warm food going in and years of accumulated wear all push a real reading above a test figure. A gap is expected; what is informative is the same measurement repeated in the same season a year later, because that comparison removes the test from the equation.
Does a big gap mean the refrigerator needs replacing?
It means the running cost is what it is. This page prices the difference and stops there, because whether to replace depends on the price of the alternative, how long you plan to keep it, what a failure would cost you and what the appliance is worth to you full of food. The payback line gives you the years; what to do with them is not a calculation.
Is comparing my meter reading against a new label figure fair?
Not entirely, and the page says so where it matters. Your figure is a measurement in a real kitchen and the label figure is a test result, so the comparison flatters the new appliance. The honest range runs from the raw comparison at one end to scaling the new label up by the same percentage your old one runs at, which the page prints for exactly that purpose.
The meter reading came in below the label. Is that possible?
It is, but a short or unusual window is the more likely explanation — a week away, a cold kitchen, a meter left on across a quiet stretch. Before relying on it, repeat the measurement over a longer window in an ordinary week. A genuinely below-label result is worth having; one produced by a quiet three days is just a quiet three days.