UK Dryer Cost Calculator

Tumble Dryer Running Costs UK: What It Really Costs to Run

Work out how much a tumble dryer costs to run in the UK, including cost per load, per month and per year. Use the calculator to compare heat pump, condenser and vented dryers, test your electricity price and see whether upgrading could save money over time.

The default calculator uses 24.67p per kWh, based on the Ofgem April–June 2026 average electricity unit rate for Direct Debit customers. Your real cost may be higher or lower depending on your region, tariff, meter type and how you use the dryer.

Fast answer first See the core numbers without dealing with technical settings.
UK benchmark Uses a clear electricity price assumption you can replace.
Compare dryer types See how heat pump, condenser and vented models differ in real use.
Check upgrade value Estimate yearly savings and simple payback if you switch.
Tumble dryer running cost calculator UK
Focus Running cost, ownership value and dryer type differences
Updated May 2026 using Ofgem April–June 2026 electricity benchmark
Main output Per load, per month, per year and upgrade logic
Quick answer

How much does a tumble dryer cost to run in the UK?

In practical terms, a tumble dryer in the UK usually costs around £0.30 to £1.40 per load depending on dryer type, electricity price, cycle efficiency and how often you use it. Heat pump dryers are usually the cheapest to run, while condenser and vented dryers usually cost more over time.

Per load

Typical UK planning range

£0.30–£1.40

Per year

Depends heavily on usage

~£50–£400+

Cheapest type

Usually best for long-term savings

Heat pump

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Use your own tariff if possible

The default electricity price is set to 24.67p/kWh as a UK benchmark. For the most accurate result, enter the p/kWh rate from your own electricity bill.

Source and methodology

How this calculator works

This calculator estimates tumble dryer running cost using a simple formula: kWh per load × electricity price × number of loads. It is designed for practical UK planning, not as a fixed promise of what every household will pay.

Electricity benchmark

The default rate is 24.67p/kWh, based on the Ofgem April–June 2026 average electricity unit rate for Direct Debit customers. You can replace this with your own tariff for a more accurate estimate.

Dryer assumptions

The default kWh values are editable estimates for typical heat pump, condenser and vented dryer use. Actual usage depends on model, load size, cycle choice, maintenance and how dry the clothes are before drying.

What is included

The calculator focuses on the extra electricity used by tumble drying. It estimates cost per load, per hour, per week, per month and per year based on your selected assumptions.

What is not included

Standing charges are not included because you pay them whether or not you use the dryer. Repair costs, replacement parts and appliance purchase price are also separate from running cost.

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Important accuracy note

Energy price cap rates vary by region, payment method and meter type. Your actual cost can also change with tariff, programme, load size, room conditions and machine efficiency. Always check your own energy bill for the most accurate p/kWh rate.

For editors and resource pages

A practical UK tumble dryer running cost reference

This page is built as a simple public reference for UK readers comparing tumble dryer running costs, cost per load, heat pump vs condenser efficiency and household energy decisions. It may be useful for energy-saving guides, damp and condensation advice, household bills resources, cost-of-living pages and practical home advice pages.

The calculator keeps assumptions visible and editable, so readers can test their own electricity price instead of relying on a single fixed example.

Main tool

Calculate your tumble dryer running cost

Start with the simple inputs below. Open advanced options only if you want to fine-tune cycle time, kWh per load or upgrade assumptions.

Your results

Fast view of what your dryer may really cost in typical use.

Moderate use
Per load £1.11
Per month £19.23
Per year £231

Cost per hour

Approximate hourly cost

£0.50

Weekly cost

Based on your weekly loads

£4.44

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Upgrade comparison

Estimated yearly saving if you switch to heat pump: £136/year
Estimated simple payback: 1.8 years

Real-life examples

What dryer running cost can look like in real homes

These examples are not fixed tariffs for every household. They are simple planning examples to help you understand how cost changes with usage.

Single person or occasional use

Usually one or two drying sessions a week

Light use
Typical loads/week 2
Typical monthly cost Lower
Takeaway Efficiency matters less

Couple or average weekly use

More regular drying through the week

Average use
Typical loads/week 4
Typical monthly cost Moderate
Takeaway Type starts to matter

Busy family home

Frequent drying and heavier weekly demand

Heavy use
Typical loads/week 7+
Typical monthly cost Highest
Takeaway Efficiency matters most
Scenario view

What this looks like at different usage levels

A quick mobile-friendly view of how running cost changes as usage goes up.

Light use

Good for occasional drying

Lower cost
Loads/week 2
Per month £9.61
Per year £115

Average use

Typical weekly household use

Most common
Loads/week 4
Per month £19.23
Per year £231

Heavy use

Useful for busy homes

Highest cost
Loads/week 7
Per month £33.65
Per year £404
Compare types

Heat pump vs condenser vs vented running costs

The biggest long-term cost difference usually comes from the dryer type itself.

Heat pump

Best efficiency
  • Running cost: Usually lowest
  • Upfront price: Usually highest
  • Best for: Regular use and lower long-term cost
  • Main drawback: Higher purchase price

Condenser

Mid efficiency
  • Running cost: Usually higher than heat pump
  • Upfront price: Mid-range
  • Best for: Balanced budget and flexible placement
  • Main drawback: Higher ongoing cost than heat pump

Vented

Lowest efficiency
  • Running cost: Usually highest over time
  • Upfront price: Usually cheapest to buy
  • Best for: Lower upfront spend and lighter use
  • Main drawback: Needs venting and has weaker long-term efficiency
What affects cost

What changes tumble dryer running cost the most?

Running cost is not just about one number on an energy label. These are the main things that change what you actually pay over time.

Dryer type

Heat pump dryers usually use much less electricity per cycle than condenser or vented models, so the type you buy has the biggest effect on long-term cost.

Electricity price

Your tariff changes everything. A dryer that feels manageable on a cheaper off-peak rate can feel much more expensive on a standard daytime tariff.

How often you dry

The more loads you run each week, the more valuable efficiency becomes. In light-use homes, the savings gap matters less than in busy family homes.

Cycle efficiency

kWh per load, cycle length, over-drying, maintenance and machine age all influence what your dryer really costs to run in day-to-day use.

Decision guide

Is a heat pump dryer worth it?

Usually yes if you dry clothes regularly and care about long-term running cost. If you only use your dryer occasionally, paying more upfront may matter more than the efficiency saving.

Often worth it

For regular weekly drying

Frequent use homes

Maybe not worth it

For very occasional drying

Very light use homes

Best next step

Compare real buyer fit

Read heat pump vs condenser

Frequently asked questions

Quick answers

How much does a tumble dryer cost per load in the UK?

It depends on dryer type, electricity price and usage, but a typical UK planning range is around £0.30 to £1.40 per load.

How much does a tumble dryer cost per hour?

The hourly cost depends on power use and cycle length. The calculator estimates cost per hour from your selected kWh per load and cycle time.

Which tumble dryer is cheapest to run?

Heat pump tumble dryers are usually the cheapest to run because they normally use much less electricity per cycle.

Is a heat pump dryer worth it?

Usually yes for regular-use homes, especially when lower long-term running cost matters more than lower upfront price.

Does off-peak electricity make a big difference?

Yes, a lower off-peak tariff can reduce running cost significantly, especially in homes that can time drying overnight.

What matters more: upfront price or running cost?

That depends on how often you use your dryer. In light-use homes, upfront price matters more. In regular-use homes, running cost matters much more over time.

What to read next

Compare types, shortlist models and choose the right route

Use these next steps if you want to move from running cost to the actual buying decision.

Heat pump vs condenser

Best if you are still deciding between dryer types

Compare the two main options

Best tumble dryers

Best if you want a shortlist of strong all-round choices

See the main shortlist

Best heat pump dryers

Best if you already know you want the efficient route

See top heat pump options

Cheap tumble dryers

Best if upfront price matters more than long-term savings

See cheaper dryer options

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