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2026-27 rates are live. DMO, VDO and solar feed-in tariffs updated for July 2026. See what changed

Kitchen

Freezer Running Costs in Australia, Chest and Upright Models

Work out what your freezer costs to run on 2026-27 prices from the figure on its energy label, and see whether a chest or upright model costs less.

Checked against regulator sources, October 2026

Typical draw
300 kWh/yr
Label figure 300 kWh a year
Usage assumed
300 kWh
a year
NSW cost
$99
a year, Ausgrid
Cost a day
27c
NSW reference rate
kWh a year
State or territory

Freezer: cost a year

$99

27.2c a day$1.91 a week$8.28 a month
How the cost is worked out
Energy usedper year300 kWh
Electricity priceAusgrid, flat rate33.14c
Share of a typical homeagainst 4,000 kWh a year8%
Cost a year, GST included$99.41

The energy rating label shows kWh a year from a standard test. Use your own label figure for the closest result.

Prices are 2026-27 regulated rates including GST. Market offers can be cheaper. Estimates only.

What a freezer costs to run in each state

The table uses a freezer with a label figure of 300 kWh a year, running all year.

Freezer: label figure 300 kwh a year, running all year
StateRateA monthA year
TasmaniaAurora Energy24.75c$6.19$74
QueenslandEnergex27.97c$6.99$84
Victoriaaverage of five networks28.2c$7.05$85
Northern TerritoryJacana Energy31.68c$7.92$95
New South WalesAusgrid33.14c$8.28$99
Western AustraliaSynergy33.26c$8.32$100
Australian Capital TerritoryEvoenergy network36.95c$9.24$111
South AustraliaSA Power Networks41.91c$10.48$126
Flat regulated usage rate for each state's main network in 2026-27, including GST. Victoria uses the average of its five networks.

Running costs by label figure

Freezers vary widely, so the most reliable way to price yours is to read the energy rating label or look up the model on the Energy Rating website. Enter the kWh a year in the calculator above, or use the table.

Yearly cost by the kWh figure on the energy label
TypeEnergyCost a dayA year
Label figure 200 kWh a year200 kWh/yr18c$66
Label figure 300 kWh a year300 kWh/yr27c$99
Label figure 450 kWh a year450 kWh/yr41c$149
Label figure 600 kWh a year600 kWh/yr54c$199
Priced at the Ausgrid reference rate of 33.14c/kWh. Use the calculator for your own state and hours.

Chest or upright freezer?

Chest freezer

  • Usually lower energy use for the size
  • Cold air stays in when you open the lid
  • Harder to organise
  • Most need manual defrosting

Best for: Bulk storage in a garage or laundry.

Upright freezer

  • Easy to see and reach food
  • Frost-free models need no defrosting
  • Cold air spills out each time the door opens
  • Frost-free models use extra energy

Best for: Everyday use in the kitchen.

How to cut freezer running costs

  1. Keep it full

    A full freezer holds its temperature better. Fill gaps with bottles of water if it is half empty.

  2. Defrost manual models

    Ice build-up insulates the cooling surfaces and makes the compressor work harder.

  3. Keep it out of the heat

    A freezer in a hot garage runs longer. A cooler, shaded spot with room for air around it is best.

Measure an old freezer

An older freezer may use far more than its original label figure. A plug-in power meter left on for a week shows its real use. See our measuring energy use guide.

Questions about freezer running costs

Multiply the kWh a year on its energy label by your rate. A 300 kWh freezer costs about $99 a year on the Ausgrid reference rate, and a 450 kWh freezer about $149.

Generally yes, for the same size. Cold air sinks, so it stays in a chest freezer when the lid opens, while it spills out of an upright. Frost-free uprights also use extra energy for automatic defrosting.

energy.gov.au recommends -15°C to -18°C.

A full freezer holds its temperature better, so the compressor runs less after the door is opened. Bottles of water can fill empty space.

Sources

Every rate on this page comes from the regulator or the regulated retailer. Last checked October 2026. Prices include GST unless we say otherwise.