Launderettes, dry cleaners and laundries: energy specialists

Launderettes, dry cleaners and commercial laundries burn more energy per square foot than almost any other UK small business. We compare 20+ suppliers free; businesses that switch with us save 40% on average, typically 30 to 50%, against out-of-contract, deemed and rollover rates. Every figure on this page is a modelled estimate, not a quote.

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The energy reality for laundry

Understanding where the energy goes is the first step to paying less for it. Here is what typical laundry usage looks like across the UK.

Typical annual bill
£15k to £45k
Published benchmark estimate
Business types covered
6
Electricity a year
11,000 to 720,000 kWh
Average savingestimated
40%
Typically 30 to 50%; more off out of contract rates

Figures are estimates from published UK benchmarks priced at 25p/kWh electricity, 7p/kWh gas and about £365 a year in standing charges. They are not quotes. See how we estimate.

Energy in launderettes, dry cleaners and laundries

Laundry is one of the few trades where energy is a production input rather than an overhead. Water heating, tumble drying and steam for presses and finishers routinely make up the majority of a site's total energy use, and the Textile Services Association puts energy at around 10% of a commercial laundry's entire cost base. Carbon Trust figures put the UK industrial laundries sector at roughly 743,651 tonnes of textiles a year across about 134 sites using about 1,254 GWh, a benchmark of around 1.7 kWh for every kilogram that leaves the building, while smaller commercial and on-premises laundries run at 2.0 to 2.9 kWh per kilogram. Meanwhile the self-service launderette sector has shrunk from an estimated 14,000 units at its peak to around 2,000 today, with rising energy charges named as a leading cause. Almost all of these businesses are independent, owner-operated and hold their own supply contracts, and a large share sit on rollover, deemed or out-of-contract rates after a lease change or a missed renewal window. On volumes this high, a penny on a unit rate is real money. Smart Energy Switch compares the whole market for you, free, and handles the paperwork.

Common energy challenges for laundry

  • Gas-heated tumble dryers that now cost around 7p to 8p a kWh to run against roughly 3p before the energy crisis, cycling back to back whether the drum is full or half empty.

  • A steam boiler brought up to pressure first thing and held there all day for the presses, form finishers and cleaning machines, firing through every quiet hour between garments.

  • Washer-extractors heating wash water to 60-75C on every single load, which in most laundries is the single largest energy demand in the building.

  • Long or unattended opening hours with extraction fans, lighting and standby load running on a site that has often been left on deemed or out-of-contract rates since the last lease change.

Where the energy goes

The kit that dominates the bill, with the annual kWh and cost bands we see in published benchmarks. Knowing this helps us match a tariff to your usage pattern.

EquipmentkWh a yearCost a year (est.)
Commercial washer-extractors (bank of 6-12)8,000–35,000 kWh£2,000–£8,750
Gas-heated tumble dryers25,000–120,000 kWh£1,750–£8,400
Electric tumble dryers12,000–55,000 kWh£3,000–£13,750
Steam boiler feeding presses and finishers20,000–90,000 kWh£1,400–£6,300
Dry cleaning machine and solvent chiller6,000–22,000 kWh£1,500–£5,500
Rotary ironer, hot water and extraction7,000–30,000 kWh£1,750–£7,500

Energy saving tips for laundry

  1. 1

    Sub-meter your dryers for one month. Drying is typically the largest single line on a laundry bill and you cannot cut what you have never measured separately.

  2. 2

    Fit or enable moisture-sensing dryer controls so cycles stop when the load is actually dry instead of running a fixed timer to the end. Over-drying is pure waste and it damages fabric.

  3. 3

    Lag steam pipework, condensate returns and boiler flanges. Bare pipe and unlagged valves in a warm, humid laundry lose heat continuously, every hour the boiler is live.

  4. 4

    Push service washes and non-urgent bulk loads off peak where you are on a day/night or three-rate meter, and check whether your metering profile still matches your real trading pattern.

  5. 5

    Never let a supply roll over. Out-of-contract and deemed rates hurt a laundry far more than a shop because the volume is so much higher. Diarise your renewal six months before the end date and lock ahead.

Illustrative example

What switching typically looks like for laundry

Self-service launderette

Around 14 washers and 10 gas dryers, open seven days

Typical annual bill
£18,000£30,000
Saving at 3050%
£7,200£12,000estimated

Gas dryers and hot water are the product itself, so energy is often a quarter of turnover.

Illustrative example, not a real customer. Figures are estimates based on published UK benchmarks. See how we estimate. See all worked examples.

Laundry energy questions, answered

It depends almost entirely on how many machines run and how long they run for. A small self-service launderette or high street dry cleaner typically uses somewhere between 20,000 and 50,000 kWh of electricity and 10,000 to 30,000 kWh of gas a year, which at current SME rates of about 25p per kWh for electricity and 7p for gas works out at roughly £6,000 to £15,000 a year including standing charges. A mid-size commercial laundry running 100,000-300,000 kWh of electricity and 150,000-400,000 kWh of gas is far higher, typically £36,000 to £100,000 plus. These are estimates. The only way to know your real position is to look at a recent bill.

The Smart Energy Promise

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Built for owner-run businesses in hospitality, food retail, motor trade, farming, personal care, accommodation, food production, leisure, care homes and laundry

Where these figures come from (26 sources, research reviewed 2026-09-07)Show
  1. High energy costs scupper launderettes - Laundry And Cleaning News
  2. Minimising energy costs and keeping them low - Laundry And Cleaning News
  3. Energy for the future - sustainability in laundry, Society of Hospital Linen Service and Laundry Managers
  4. Business Energy for Laundries - Compare Market
  5. How Much Does Energy Cost For A Dry Cleaner Or Laundrette? - Energy Costs
  6. Dry Cleaners Commercial Energy - Commercial Energy Plan
  7. Electricity rates and gas prices for dry cleaners - Perfect Clarity
  8. The proof is in the Hatch: value of laundry sector is rising - Textile Services Association (TSA)
  9. Girbau GU030 Tumble Dryer specification - JTM Service
  10. Commercial Tumble Dryers - Electrolux Professional (UK)
  11. Sustainable Hotel Laundry: Reducing Water, Energy and Chemical Footprint
  12. Average Energy Usage for Businesses - Bionic
  13. National Association of the Launderette Industry (NALI) - About
  14. Dry-Cleaning & Other Cleaning Services in the UK - Market Size - IBISWorld
  15. Optimising energy and water consumption - Laundry And Cleaning News
  16. Gas and electricity prices during the 'energy crisis' and beyond - House of Commons Library
  17. Carbon Trust CTG064 - Laundries: industrial energy efficiency guide
  18. Revolutionising NHS laundry processes - Sustainability Partnerships, citing Carbon Trust (2009)
  19. Business Gas Prices per kWh UK 2026 - Connection Technologies
  20. Business Electricity Costs UK 2026: 23-27p/kWh - Expertsure
  21. TSA Laundry Cost Index Bulletin, April 2026 - Textile Services Association
  22. Estimated electricity usage of dry-cleaning and wet-cleaning processes - peer-reviewed comparison table
  23. Primus DX25 25kg commercial tumble dryer specification - Waterman Laundry Equipment
  24. Fagor Professional commercial steam generators - Onnera Group
  25. Electricity rates and gas prices for dry cleaners - Perfect Clarity (re-checked)
  26. ASA/CAP advice: promotional savings claims

Already Switched? Go Further.

Switching your energy supplier is just the start. Our team can help you reduce consumption too — with expert energy audits, LED lighting upgrades, refrigeration optimisation, and solar PV installations.

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