Energy Label for Ovens: How to Read It Correctly!

Energy Label for Ovens: How to Read It Correctly!

The energy label on ovens is not as important as it is for other household appliances, such as the refrigerator or washing machine. However, it contains some important elements worth looking at, such as:

  • How efficient the oven is
  • What its energy consumption is per cycle
  • The size and capacity of the cavity

Since 2021, the new EU energy label has been simplified and applies to all large appliances.

Below you can see what such a label looks like and how to decode it:

Energy Label for Ovens: How to Read It Correctly!

1️⃣ Oven type 

This icon shows the type of oven in terms of energy. That is, whether it is an electric oven or a gas oven. In this case, it is an electric oven.

2️⃣ Energy efficiency scale (A+++ to D) 

The energy efficiency scale shows the energy class values that an appliance can have, with the value A+++ indicating higher efficiency, therefore a much more economical oven, and the value D indicating the lowest possible efficiency, therefore a much more energy-consuming appliance.

3️⃣ Energy class

The energy class value shows how efficient the appliance is. More specifically, ovens with energy class A+++, A++ or A+ are more efficient compared to the others, which have a lower class.

4️⃣ Capacity

Capacity is one of the most important elements of the energy label, as it indicates the size of the oven and, by extension, how many people it is ideal for. For example, if you have a large family or often cook large quantities, choose an oven with a capacity over 70 liters.

See the table below to find the appropriate capacity that suits your needs:

Type of Use / Suitable for Capacity (liters)
Students, small homes, snacks up to 45 lt
1–2 people, frequent cooking of small quantities 45–60 lt
Average family 60–70 lt
Large family or more demanding/frequent cooking 70–80 lt
Large families or those who often cook large trays or two dishes simultaneously 80 lt and above

5️⃣ Energy consumption in conventional operation (kWh/cycle)

This value indicates how many kilowatt-hours the oven consumes in 1 conventional cycle and with the corresponding price list from the energy provider, you can approximately calculate how much money your device will spend on each use. For example, if the kWh costs €0.20 and the device has an energy consumption of 1.09 kWh/cycle, with daily use in a month you will spend approximately €6.5.

6️⃣ Energy consumption in air operation (kWh/cycle)

On the other hand, this value indicates how many kilowatt-hours the oven consumes in 1 cycle with air use and with the corresponding price list from the energy provider, you can approximately calculate how much money your device will spend on each use. For example, if the kWh costs €0.20 and the device has an energy consumption of 0.52 kWh/cycle in air mode, with daily use in a month you will spend approximately €3.

Comparing the two modes, we see that using the oven in air mode is much more economical than conventional use.

➡ Useful Tips & Advice

  • Choose models A+ and above, as they have lower consumption compared to A–D. 
  • If you use the convection feature a lot, check the indication for consumption in traditional & convection program.
  • If you have a large family or often cook large quantities, opt for an oven over 70 liters.
  • Energy efficiency depends not only on the model but also on how you use the oven. For example, ensure proper preheating and avoid opening the door during baking. This way, you will see a significant reduction in consumption.

If you still need help, you can also take a look at the detailed buying guide for Cookers & Ovens!

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