Does a "Energy Star (Kitchen Appliances)" label actually mean anything?
Type
Certification
Sources
8 cited
EPA/DOE energy efficiency certification program. No Energy Star specification currently exists for air fryers, though air fryers are inherently more energy-efficient than conventional ovens.
Renee · Founder, R3
Also known as: Energy Star Certification, EPA Energy Star, Energy Star Label, DOE Energy Efficiency Rating
Reality Check
What brands claim
What it actually means
Energy Star is one of the most recognizable certification marks in American households - that little blue label on refrigerators, dishwashers, and washing machines. So when you are shopping for an air fryer, it is natural to look for it. Here is the truth: as of March 2026, there is no Energy Star specification for air fryers. That does not mean air fryers are energy hogs - actually the opposite. But it does mean the efficiency claims you see from brands are not backed by the standardized, third-party-verified program that Energy Star represents.
Let us walk through what Energy Star actually is, why air fryers are not included yet, and how to think about energy efficiency when choosing one.
Energy Star is a joint program of the U.S. Environmental Protection Agency (EPA) and the U.S. Department of Energy (DOE). Established in 1992, it provides a standardized framework for measuring and certifying the energy efficiency of consumer products, commercial buildings, and industrial facilities.
For consumer products, the process works like this:
The program is voluntary but carries significant market influence. Energy Star-certified products are eligible for utility rebates in many areas, and the label influences purchasing decisions - the EPA estimates that the program helped save over 500 billion kilowatt-hours of electricity in 2022 alone.
The absence of an Energy Star specification for air fryers is not a commentary on their efficiency. It reflects the program's scope and development process:
Product category coverage: Energy Star does not cover all appliance types. The program focuses on product categories where energy consumption is significant enough to justify the development of a specification. Major kitchen appliances with Energy Star specifications include refrigerators, freezers, dishwashers, and conventional ovens/ranges.
Air fryers are relatively low-wattage: Most air fryers draw between 1,200 and 1,800 watts - similar to a hair dryer. Compared to a conventional electric oven (2,000-5,000 watts) or a refrigerator (running 24/7), the total energy impact of an air fryer is modest. The EPA prioritizes specifications for product categories where efficiency improvements yield the largest aggregate energy savings.
The product category is still evolving: Air fryers became mainstream in the US market around 2017-2019. Energy Star specifications take years to develop, requiring industry input, DOE test procedure development, and public comment periods. The category may eventually receive a specification as it matures.
Conventional oven specifications exist: Energy Star does have specifications for conventional ovens (under the "Residential Ovens" category). Since many air fryer oven combo units blur the line between air fryer and countertop oven, there is potential for future specification coverage.
Even without an Energy Star rating, air fryers are demonstrably more energy-efficient than conventional ovens for most cooking tasks. Here is why:
Smaller cooking volume - An air fryer heats a compact cooking chamber (typically 2-8 quarts) rather than the full cavity of a conventional oven (typically 4-5 cubic feet). Less air to heat means less energy consumed.
Faster preheat - Most air fryers reach cooking temperature in 2-5 minutes. A conventional oven takes 10-20 minutes. That preheat energy is significant over hundreds of cooking cycles per year.
Shorter cook times - The forced convection design (a powerful fan circulating hot air at high speed) cooks food faster than a conventional oven. A meal that takes 30 minutes in an oven often takes 20 minutes in an air fryer.
Lower wattage - A typical air fryer uses 1,200-1,800 watts versus 2,000-5,000 watts for a conventional electric oven.
Independent estimates suggest air fryers use roughly 50-75% less energy than conventional ovens for equivalent cooking tasks. A 2023 study by the UK Energy Saving Trust found that air fryers cost approximately 14 pence per use versus 27 pence for a conventional electric oven - roughly half the energy cost per cooking cycle.
These efficiency advantages are inherent to the product design, not to individual model quality. Even the least efficient air fryer on the market is substantially more efficient than a conventional oven for most tasks.
Since there is no Energy Star specification to rely on, how should families evaluate air fryer efficiency claims?
Wattage rating - Listed on every air fryer's specifications. Lower wattage does not always mean more efficient (it may just mean slower cooking or smaller capacity). Compare wattage relative to basket capacity for a rough efficiency comparison.
Cooking time accuracy - An air fryer that cooks in the time claimed uses the energy expected. Longer actual cook times mean more energy consumed than advertised.
Insulation quality - Better-insulated units waste less heat to the exterior, improving efficiency and reducing kitchen heat buildup. This is harder to evaluate from specs but shows up in user reviews mentioning exterior heat.
Auto-shutoff - Prevents the air fryer from continuing to draw power after cooking completes. Standard on most modern units but worth confirming.
"Energy-efficient" marketing without data - Any air fryer can claim energy efficiency compared to an oven. This is a property of the product category, not a differentiator between brands.
Proprietary "eco mode" claims - Some brands market specific modes as energy-saving. Without standardized test procedures, these claims cannot be independently verified.
Comparisons to specific oven types - "Uses 75% less energy than a conventional oven" may be accurate in the best case but varies based on the oven comparison point, cooking task, and portion size.
The DOE periodically evaluates new product categories for Energy Star eligibility. Several factors suggest air fryers may eventually receive a specification:
If and when an Energy Star specification is developed, it would likely establish standardized test procedures, minimum efficiency thresholds, and third-party verification requirements - giving families a reliable way to compare energy efficiency across models.
To put air fryer energy use in context:
Energy Star certification addresses energy efficiency, not health or safety. It does not evaluate electrical safety (covered by UL Listed or ETL Certified), coating chemistry (PFAS and PTFE concerns), or food-contact material safety. Energy efficiency is primarily an environmental and cost consideration, not a health one - though reduced energy consumption does contribute to lower power plant emissions and improved air quality at the population level.
United States: Energy Star is a joint EPA/DOE program. Participation is voluntary. As of March 2026, no Energy Star specification exists for air fryers. Specifications do exist for conventional ovens (Residential Ovens), refrigerators, dishwashers, and other kitchen appliances. The DOE establishes test procedures; the EPA sets efficiency thresholds. Third-party certification bodies verify compliance.
International: Energy Star is used in several countries through partnerships (Canada, EU, Japan, Australia, others), though product coverage varies by market. No international partner has developed an air fryer specification either.
State-level: Some US states (California, Washington, Oregon) have adopted energy efficiency standards that reference or exceed Energy Star levels for covered products. These do not currently include air fryers.
Look for these
Watch out for
No Energy Star specification exists for air fryers as of March 2026Energy Star does not evaluate electrical safety, coating chemistry, or food-contact materialsEnergy efficiency claims from brands are not independently verified without an Energy Star specificationCooking performance, temperature accuracy, and food quality are outside Energy Star scopeStandby power consumption may not be addressed even in future specifications
1. Visit the Energy Star product database at energystar.gov/productfinder. 2. Note that no 'air fryer' product category exists in the database. 3. For countertop oven/air fryer combos, search under 'Residential Ovens' to see if the specific model is listed. 4. For general air fryer energy use comparison, check the wattage rating on the product label and calculate approximate energy cost using your local electricity rate. 5. If a brand claims Energy Star certification for an air fryer, report it to the FTC (ftc.gov/complaint) as a potentially deceptive marketing claim.
| Certification | Electrical Safety | Chemical Safety | Mandatory (US) | Notes |
|---|---|---|---|---|
| Energy Star (Kitchen Appliances)(this page) | — | — | — | See details above |
| ✕ | ✕ | ✕ | ||
| ✕ | ✕ | ✕ | ||
| ✕ | ✕ | ✕ |
R3 Bottom Line
Shop smarter
Every product scored on safety, efficacy & value - so you know which air fryer to trust around energy star (kitchen appliances).
No. As of March 2026, no Energy Star specification exists for air fryers. No air fryer on the market can legitimately carry an Energy Star label. If you see one making this claim, it is false. The EPA/DOE has not developed the test procedures or efficiency thresholds needed for an air fryer Energy Star specification.
Yes - significantly more so than conventional ovens for most cooking tasks. Air fryers use roughly 50-75% less energy per cooking cycle due to their smaller volume, faster preheat, shorter cook times, and lower wattage. This is an inherent advantage of the product category, not something that varies dramatically between brands or models.
At the US average electricity rate (approximately $0.16 per kWh as of 2025), a typical 1,500-watt air fryer running for 20 minutes costs about $0.08 per use. A conventional electric oven running at 3,000 watts for 40 minutes costs roughly $0.32 per use. Over a year of daily cooking, the air fryer saves approximately $85-90 in electricity costs compared to oven cooking.
Possibly. The DOE periodically evaluates new product categories. Air fryers' growing market penetration (over 60% of US households) and the blurring line between air fryers and countertop ovens (which are closer to the existing Residential Ovens specification) make future inclusion plausible. However, no timeline has been announced.
Energy efficiency should be a minor factor in your decision. The efficiency difference between air fryer models is small compared to the difference between any air fryer and a conventional oven. We recommend prioritizing safety certification ([UL Listed](/learn/certifications/ul-listed) or [ETL Certified](/learn/certifications/etl-certified)), coating material safety ([PFAS](/learn/ingredients/pfas)-free), capacity, and build quality. The energy savings come from choosing to use an air fryer at all, not from choosing one brand over another.
Some countertop oven/air fryer combo units may qualify under the Energy Star Residential Ovens specification for their oven function. Check the Energy Star product database at energystar.gov for specific models. However, the air fryer function of these combo units is not separately rated, and the oven certification addresses the oven mode only.
Not necessarily. A lower-wattage air fryer may simply take longer to cook, resulting in similar total energy consumption. It may also produce inferior results (less browning, uneven cooking). Efficiency is better measured as energy consumed per cooking task completed, not wattage alone. A 1,800-watt air fryer that cooks in 15 minutes uses less total energy than a 1,200-watt unit that takes 25 minutes.
Federal Communications Commission certification for electromagnetic emissions. Required for any device with digital electronics, including air fryer displays and control boards. Separate from electrical safety certifications like UL and ETL.
UL Listed means an independent safety lab has tested a product against verified electrical, fire, and mechanical hazard standards. For kitchen appliances, UL 1026 and UL 60335-2-9 are the governing benchmarks. No UL mark means no independent verification.
Air fryers sit in a middle ground - significantly more efficient than full ovens, comparable to toaster ovens, and less efficient than microwaves for tasks microwaves can handle. For cooking tasks that require browning, crisping, or roasting - things microwaves cannot do well - air fryers are the most energy-efficient option in most kitchens.
| ✕ | ✕ | ✕ |
Electrical
✕Chemical
✕Mandatory
✕Electrical
✕Chemical
✕Mandatory
✕Electrical
✕Chemical
✕Mandatory
✕Electrical
✕Chemical
✕Mandatory
✕