Counter-Depth Refrigerator Energy Cost: Is It Cheaper to Run?

A counter-depth refrigerator is not automatically cheaper to run, but the current certified models in WattCost's data have a $51 median annual electricity cost, versus $85 for the larger standard-depth group. That $34 gap mainly reflects size and configuration, so compare the certified kWh figure for the exact model rather than treating depth as an efficiency rating.

Key takeaways

• 954 certified counter-depth models appear in the current dataset, with a median of 269.5 kWh per year.
• The comparison group of standard-depth, non-compact, non-built-in models has a median of 451 kWh per year.
• At the current U.S. average rate used by WattCost, 181.5 kWh per year works out to about $34 a year.
• Counter-depth describes fit. Capacity, door style, ice features, and the individual model still determine the bill.

Why do counter-depth refrigerators look cheaper to run in the data?

Counter-depth refers to a shallower cabinet that sits closer to the line of kitchen counters. It is a fit category, not an ENERGY STAR efficiency class. The lower median in this dataset should therefore be read as a snapshot of the certified products currently sold, not proof that a shallow cabinet uses less electricity by itself.

A refrigerator's annual kWh is the useful comparison number because it is measured on a standardized test. ENERGY STAR's refrigerator guidance also points shoppers to the EnergyGuide label for that model-level comparison. A roomy counter-depth unit with ice-through-the-door can still out-use a simpler standard-depth refrigerator.

How large is the counter-depth running-cost gap?

The median counter-depth model uses 269.5 kWh a year. The median standard-depth comparison group uses 451 kWh. Multiplying each figure by 18.83 cents per kWh—the U.S. average rate in WattCost's current data snapshot—produces annual estimates of $50.75 and $84.92.

That is a useful budget signal, but not a purchase recommendation on its own. A household that needs more usable food storage may reasonably choose a larger model and accept the extra annual electricity use. The right comparison is between models that meet the same space and capacity requirement.

• Counter-depth median — 269.5 kWh/year, about $50.75/year
• Standard-depth comparison median — 451 kWh/year, about $84.92/year
• Difference at the U.S. average rate — 181.5 kWh/year, about $34.17/year

How should you compare counter-depth refrigerators before buying?

Start with the opening size in your kitchen and the storage you actually need. Then compare annual kWh among the models that fit. This avoids an easy mistake: comparing a smaller counter-depth refrigerator with a much larger standard-depth model and attributing the entire gap to cabinet depth.

Use WattCost's counter-depth refrigerator list to review certified models in the same fit class, then check the broader refrigerator running-cost data for a model-by-model estimate in your state. For the wider configuration trade-off, see the site's refrigerator configuration comparison.

FAQ

Are counter-depth refrigerators more energy efficient? Not necessarily. In WattCost's current certified-model dataset they have a lower median annual kWh than the standard-depth comparison group, but counter-depth is a physical fit category, not an efficiency certification. Compare annual kWh among models with comparable capacity and features.

How much does a counter-depth refrigerator cost to run? The median certified counter-depth refrigerator in the current WattCost data uses 269.5 kWh a year, estimated at about $51 a year at the U.S. average residential electricity rate. Your state rate changes the dollar figure, while the certified kWh stays the same.

Do counter-depth refrigerators have less capacity? Counter-depth models are designed to protrude less from the counter line, so capacity can differ from a standard-depth alternative. Capacity is one reason a simple depth comparison is not a like-for-like efficiency test. Check both usable storage and annual kWh before deciding.

Where can I compare a specific refrigerator's running cost? Search the certified refrigerator data on WattCost by model and state. The site multiplies the model's certified annual kWh by the average residential electricity rate for the selected state, so the estimate is tailored to where the refrigerator will be used.

Data notes and sources

Every WattCost dollar figure in this guide is certified annual electricity use multiplied by the U.S. average residential rate in the site's current data snapshot. See the WattCost methodology for the formula, source data, and limits. Product-program context: ENERGY STAR refrigerator guidance.