The Big Cost Check 2026

Many households ask themselves: "Is a tumble dryer a power guzzler?" – and the honest answer is: yes, in many cases. Especially older appliances or classic dryer models cause significantly higher electricity costs than many expect. However, there are differences between dryer types – and now also alternatives that can be much more sensible for certain households.

How much electricity does a tumble dryer really consume?

The electricity consumption of a tumble dryer depends heavily on the appliance type and program duration. Typical guidelines per drying cycle (7–9 kg laundry):

• Vented dryer: approx. 3.5–4.5 kWh per load
• Condenser dryer: approx. 2.5–3.5 kWh per load
• Heat pump dryer: approx. 1.2–2.0 kWh per load

At an electricity price of about 32–40 cents per kWh, the following costs arise:

• Vented dryer: approx. €1.20–€1.80 per drying cycle
• Condenser dryer: approx. €0.80–€1.40 per drying cycle
• Heat pump dryer: approx. €0.40–€0.80 per drying cycle

Calculated annually (with 2–3 drying cycles per week), electricity costs quickly add up:

• Vented dryer: approx. €250–€300 per year
• Condenser dryer: approx. €180–€220 per year
• Heat pump dryer: approx. €80–€150 per year

Why even modern dryers cause noticeable electricity costs

Even modern heat pump dryers are considered energy-efficient. Nevertheless, they have some systemic disadvantages:

• long program runtimes of often 2–3 hours
• technical wear and tear due to filters, sensors, and heat exchangers
• heat stress for delicate textiles
• oversizing for small laundry loads

Especially in single-person or two-person households, often only a small amount of laundry is dried – for this, classic drum dryers are often not optimally designed technologically.

HEYDRY: A very energy-efficient alternative without heat

If you dry your laundry on a drying rack anyway or don't have space for a large dryer, you can opt for a different solution.

HEYDRY works without a drum and without a heating element. Instead, the moist air is specifically extracted – with very low energy consumption.

• Very low power consumption (significantly lower than classic dryers)
• No heat → particularly gentle on textiles
• Significantly reduced drying time compared to normal air drying
• Compact design – ideal for apartments and small rooms

Who benefits from a tumble dryer – and who doesn't?

• Families with large laundry volumes: A heat pump dryer can be sensible.
• Single and two-person households: Electricity consumption often disproportionately high.
• Small apartments: Heat and humidity can be problematic.
• Delicate clothing: Heat can affect material and fit.

For many smaller households, HEYDRY is a suitable alternative because it:

• works with very little energy
• requires no installation
• significantly speeds up air drying on the rack
• does not additionally heat up the room

FAQ

Conclusion

A tumble dryer causes noticeable electricity costs in many households. Modern appliances are more efficient than before but often remain oversized, especially for small households.

HEYDRY shows another option: quick drying on the clothes rack – without heat, with very low energy consumption, and without space problems.

Classification: HEYDRY is not a classic drum dryer but a solution to speed up drying on the clothes rack. Compared to normal air drying, HEYDRY significantly shortens the drying time but still requires time – however, with considerably less energy consumption than conventional dryers.