How much does a washing machine cost to run?
Estimate the electricity portion of washing-machine running cost. Water charges and detergent are separate and are not included here.
How this calculator works
A washing machine's power draw varies through a single cycle — spinning and heating draw far more than the wash and rinse stages — so an average or measured figure works better than the peak wattage on the label. EuroWattCalc converts that figure to kilowatts, multiplies by cycle time and frequency, then applies your electricity price.
What can change the real cost?
- Most of the electrical energy in a warm wash goes into heating water, so wash temperature can materially change consumption.
- A machine does not draw its maximum rated power throughout every stage of a cycle.
- Eco programmes may run longer while using less energy; duration alone does not tell you the total kWh.
If you are comparing programmes, use the programme-specific kWh figure where possible rather than the machine's maximum input power.
Frequently asked questions
Why does a long eco cycle sometimes use less electricity?
Longer time can allow the machine to achieve cleaning with lower temperatures and different wash patterns, so duration and energy are not directly proportional.
Does this include water cost?
No. The calculator estimates electricity only.
How do I price one cycle from an energy label?
Take the listed kWh for the cycle or programme and multiply it by your price per kWh.
Typical washing machine running costs
Washing machine running costs are driven almost entirely by water temperature rather than the wash cycle's length. Because raising the water temperature requires an internal heating element to do real work, a 60°C cycle can use dramatically more energy than a 30°C cycle on an identical machine, even if the 30°C cycle actually runs for longer. This is why energy labels and manufacturer test cycles focus on kWh per cycle at a stated temperature rather than motor wattage alone — and why the calculator below asks for average power draw across the whole cycle instead of the machine's peak rating.
| Scenario | Power | Use | Approx. cost* |
|---|---|---|---|
| Quick / eco 30°C cycle | 400–700 W avg | 45 min | €0.02–€0.03 |
| Standard 40°C cotton cycle | 1,000–1,200 W avg | 1 h 30 min | €0.15–€0.18 |
| 60°C cycle with heating element | 1,800–2,200 W avg | 2 h | €0.45–€0.55 |
| 4 washes/week at 40°C for a year | 1,200 W avg | 1.5 h × 208 washes | ≈€37 |
*Estimated at €0.30/kWh usage price. Your own tariff, appliance model and habits will change the real figure — use the calculator above with your own numbers.
More frequently asked questions
Why does the temperature setting matter so much?
Most of a washing machine's electricity use goes to heating water rather than spinning the drum. A 60°C cycle can use several times the energy of a 30°C cycle on the same machine because of the heating element's draw.
Does spin speed affect electricity cost noticeably?
A higher spin speed adds some load, but the effect is much smaller than the wash temperature. If you want to reduce drying time afterward without a big electricity cost increase, a higher spin speed is usually a reasonable trade-off.
