How to Read the EnergyGuide Label

The yellow EnergyGuide tag on a new appliance shows a lab-measured kWh-per-year figure that’s consistent and comparable across brands — but the dollar estimate printed next to it assumes a single national average electricity price, not your actual rate, so it’s frequently wrong for any specific household by a wide margin.

The label and the ENERGY STAR logo are not the same program:

• EnergyGuide is a mandatory yellow tag required by the FTC’s Appliance Labeling Rule on categories like refrigerators, freezers, dishwashers, clothes washers, water heaters, and room air conditioners.
• ENERGY STAR is a voluntary EPA/DOE certification — a subset of models earn the blue ENERGY STAR logo for meeting an efficiency bar, and it’s ENERGY STAR’s certified kWh figures that power every model page on WattCost.
• Not every category gets a tag. The FTC exempts clothes dryers, kitchen ranges and ovens, and countertop microwaves, on the reasoning that energy use doesn’t vary enough between models to make the comparison useful — which is also why WattCost’s own clothes-dryer figures come from ENERGY STAR’s certification data rather than a retail label.

What’s actually printed on the label

A standard EnergyGuide tag has five parts, in roughly this order:

• Brand and model number — identifies the exact unit being rated.
• Capacity — cubic feet for a refrigerator, gallons for a water heater, and so on.
• Estimated yearly energy use (kWh) — the standardized DOE test result. This is the same number ENERGY STAR uses and the same one WattCost multiplies by your state’s rate.
• A cost-range scale — a bar showing where this model’s estimated cost falls versus the least and most expensive similar models on the market.
• Estimated yearly operating cost ($) — the kWh figure converted to dollars using a single assumed national electricity price set by regulation, updated only periodically.

Why the dollar figure on the tag isn’t your real bill

That last number is the one that misleads people, because it has to pick one electricity price for the entire country. U.S. residential electricity rates actually range from 12.35¢/kWh to 46.62¢/kWh depending on the state — a nearly 4x spread — so the same labeled appliance can cost dramatically more or less than the tag suggests depending on where it’s plugged in. This is exactly the gap WattCost’s own methodology is built to close: same certified kWh number, multiplied by your actual state’s rate instead of a national average.

How to actually use the label when shopping

Ignore the dollar figure and focus on two things: the kWh-per-year number, which is directly comparable across every model with a tag, and the comparison scale, which shows you where this model falls versus its size class. Then look up the model — or its category — on a site like WattCost to get the cost estimate priced at your own state’s electricity rate instead of the label’s national assumption. See, for example, the full certified refrigerator list for a sense of how wide the range runs even within one category.

FAQ

Is the EnergyGuide label the same thing as ENERGY STAR? No. EnergyGuide is a mandatory FTC label showing estimated energy use and cost; ENERGY STAR is a separate, voluntary EPA/DOE certification that only some labeled models also qualify for.

Why doesn’t my clothes dryer have an EnergyGuide tag? The FTC exempts clothes dryers, along with ranges/ovens and countertop microwaves, because energy use doesn’t vary enough between models for the label to be useful under its rule.

Is the dollar estimate on the label accurate for my electricity bill? Not usually. It’s calculated from a single national average electricity price, while real residential rates vary nearly 4x by state — so your actual cost can be well above or below the label’s estimate.

What does the "Cost Range of Similar Models" bar mean? It shows where this specific model’s estimated yearly cost falls compared with the least and most expensive comparable models in its size class — useful for relative comparison, not an absolute prediction of your bill.

Where does the kWh number on the label come from? A standardized DOE laboratory test procedure — the same test basis behind ENERGY STAR’s certified figures and the numbers used throughout WattCost.