Electricity Rates by State in Australia
Electricity prices in Australia range from 22c to 39c per kWh depending on your state, retailer, and tariff. Compare rates across all states and territories.


In this guide
Your electricity bill has two charges: a daily supply charge (fixed, paid regardless of usage) and a usage charge (cents per kilowatt-hour consumed). Both vary by state, retailer, and tariff type. A household in South Australia pays roughly 37c per kWh. The same household in Tasmania pays around 26c per kWh. That gap adds up to hundreds of dollars per year.
This article compares residential electricity rates across all Australian states and territories using data from the Australian Energy Regulator (AER), state-specific default market offers, and retailer pricing as of early 2026.
Average Electricity Rates by State
The table below shows the reference price or default offer for each state, which acts as a benchmark. Retailers can offer plans above or below this benchmark. The percentage discount you see advertised (e.g., "15% off the reference price") applies against this figure.
| State / Territory | Avg Usage Rate (c/kWh) | Avg Daily Supply Charge | Avg Annual Bill (4-person household) | Regulated or Deregulated? |
|---|---|---|---|---|
| NSW | 28 – 33c | $1.10 – $1.40 | $1,800 – $2,200 | Deregulated (reference price set by AER) |
| VIC | 27 – 32c | $1.05 – $1.35 | $1,700 – $2,100 | Deregulated (Victorian Default Offer) |
| QLD (SE) | 27 – 31c | $0.95 – $1.30 | $1,650 – $2,050 | Deregulated |
| QLD (Regional) | 27 – 30c | $1.00 – $1.20 | $1,600 – $2,000 | Regulated (Ergon Energy) |
| SA | 34 – 39c | $1.10 – $1.50 | $2,100 – $2,600 | Deregulated |
| WA | 29 – 31c | $1.05 – $1.10 | $1,750 – $2,000 | Regulated (Synergy) |
| TAS | 24 – 28c | $0.90 – $1.10 | $1,500 – $1,800 | Regulated (Aurora Energy) |
| ACT | 25 – 29c | $0.85 – $1.05 | $1,500 – $1,750 | Deregulated |
| NT | 27 – 29c | $0.65 – $0.80 | $1,600 – $1,900 | Regulated (Jacana Energy) |
South Australia has the highest electricity prices in the country. The state relies on gas-fired generation to fill gaps when wind and solar output drops, and wholesale gas prices push retail rates up. Tasmania has the lowest mainland rates thanks to hydroelectric generation through Hydro Tasmania, which supplies around 90% of the state's power.
Why Prices Differ Between States
Three factors drive the gap: generation source, network costs, and market structure.
Generation source determines the wholesale price floor. States that rely on coal (NSW, QLD) or hydro (TAS) have lower wholesale costs than states dependent on gas peaking plants (SA). Victoria sits in the middle, with brown coal stations closing and renewables growing. Wholesale electricity costs make up 30% to 40% of your retail bill.
Network costs (poles and wires) make up another 40% to 50% of the bill. States with long transmission distances, sparse populations, or aging infrastructure charge more. Queensland's network extends thousands of kilometres from Cairns to the Gold Coast. Tasmania's smaller, more concentrated grid keeps network charges lower.
Market structure matters too. Deregulated states (NSW, VIC, SA, SE QLD, ACT) let multiple retailers compete for your business. You can shop around and switch. Regulated states (WA, TAS, NT, regional QLD) have a single government-owned retailer setting prices. Competition tends to push prices down, but not always. SA is deregulated and still the most expensive state. Our Origin Energy review examines one of the largest retailers operating across these deregulated markets.
Time-of-Use vs Flat Rate Tariffs
Your tariff structure changes how much you pay, even at the same retailer. A flat-rate tariff charges the same cents per kWh regardless of when you use electricity. A time-of-use (TOU) tariff charges more during peak periods and less during off-peak.
| Tariff Type | Peak Rate | Off-Peak Rate | Best For |
|---|---|---|---|
| Flat rate | 28 – 35c (all hours) | Same as peak | Households that use power evenly throughout the day |
| Time-of-use | 35 – 50c (2pm – 8pm weekdays) | 15 – 22c (10pm – 7am) | Households that can shift usage to evenings and weekends |
| Controlled load | 15 – 22c (off-peak only) | N/A | Hot water systems and pool pumps on separate meters |
| Demand tariff | Varies + demand charge ($/kW) | Lower usage rate | Households with solar + battery that avoid peak demand spikes |
If you run your dishwasher, washing machine, and dryer after 10pm, a TOU tariff saves you money. If you work from home and use air conditioning from 2pm to 6pm, a flat rate protects you from peak surcharges. Check your smart meter data through your retailer's app or MyEnergy portal to see your usage pattern before switching tariffs. Switching internet providers alongside your energy retailer can compound savings. Our guide to switching NBN providers covers the process.
How Solar Changes the Equation
Solar feed-in tariffs pay you for excess electricity your panels export to the grid. Rates have dropped from the generous 40c to 60c per kWh offered to early adopters (now grandfathered) to 3c to 12c per kWh for new installations in 2026.
In NSW, feed-in tariffs range from 3c to 8c per kWh depending on the retailer. Victorian retailers offer 4c to 7c. Queensland's current rates sit between 5c and 10c. South Australia, despite high retail rates, offers low feed-in tariffs of 3c to 7c because the grid already has high solar penetration during daylight hours.
The low feed-in rate means self-consumption delivers more value than exporting. A kWh you use from your panels saves you 30c (the retail rate you avoid paying). A kWh you export earns you 5c. A battery system lets you store daytime solar generation for evening use, capturing that full 30c value instead of the 5c export rate. A 10 kWh battery system costs $8,000 to $14,000 installed and takes 7 to 12 years to pay back at current rates.
How to Reduce Your Bill Without Switching Retailers
Your retailer sets the rate. Your behaviour determines the volume. The AER's Energy Made Easy website (energymadeeasy.gov.au) lets you compare plans by entering your postcode and current usage. Victorian residents use the Victorian Energy Compare site (compare.energy.vic.gov.au). Both tools pull live retailer pricing.
Beyond switching plans, the biggest bill reductions come from heating and cooling. Reverse-cycle air conditioners use 2 to 5 kWh per hour on cooling mode. Set the thermostat to 24 degrees in summer instead of 20 degrees. Each degree of cooling below 24 adds 5% to 10% to your cooling costs. In winter, set the heater to 18 or 20 degrees. Seal gaps under doors and around windows. A $15 door snake reduces heat loss more than a $3,000 ducted system running at full capacity into a leaky house.
Switch your hot water to a heat pump or move an existing electric storage system onto a controlled load tariff. Hot water heating accounts for 20% to 25% of the average household electricity bill. A controlled load tariff charges 15c to 22c per kWh instead of the standard 28c to 35c, because the retailer heats your water during off-peak hours.
Check your bill for the state government rebate or concession you may qualify for. NSW offers the Low Income Household Rebate ($285 per year). Victoria's utility relief grants cover up to $650 in arrears. Queensland's electricity rebate delivers $1,072 per year for eligible households. Every state has its own scheme, and most require a Centrelink concession card.
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About the Author
James Cooper
Property & Utilities Analyst
James Cooper is a property and utilities specialist at ProperLoans with a decade of experience in the Australian real estate and energy sectors. He provides in-depth analysis on housing costs, electricity providers, and home infrastructure to help Australians save on essential services.