The shift from gas to all-electric is no longer a niche choice for eco-conscious Australians; it’s a financially savvy move set to save households thousands of dollars annually in 2026 and beyond. With escalating gas prices and falling electricity costs, particularly in wholesale markets, electrifying your home appliances offers a tangible path to lower energy bills and increased energy independence.
In 2026, many Australian households can save over $2,000 annually by switching from gas to efficient electric alternatives, supported by substantial state and federal rebates. This guide provides a detailed roadmap for your home electrification journey, focusing on current Australian prices, product models, and available incentives.
The Financial Imperative: Gas vs. Electricity in 2026
Australia’s energy landscape has fundamentally shifted. Wholesale electricity prices across the National Electricity Market (NEM) fell by an average of 30% in the first half of 2026 compared to the previous year, reaching approximately USD $49/MWh. This reduction is largely attributed to increased renewable energy generation and rapidly expanding battery storage, which helps mitigate peak demand price surges.
Conversely, gas prices have continued their upward trend. In June 2026, average residential gas usage rates across eastern states ranged from 2.45 c/MJ in Queensland to 3.05 c/MJ in South Australia, with daily supply charges between $0.80 and $0.96.
“In Australia, average wholesale prices in the National Energy Market (NEM) fell by 30 per cent year-on-year in H1 2026, to USD 49/MWh.”
Electricity prices, while varying by state and retailer, have seen a more stable or even declining trajectory, especially for those on competitive market offers. The Australian Energy Regulator (AER) announced Default Market Offer (DMO) price reductions for 2026-27 in NSW (3.4-5.0% fall) and South East Queensland (7.2% fall), with a modest 1.4% increase in South Australia. Victoria’s Default Offer (VDO) also saw average annual household bills decrease by around 5.0% from July 2026.
Current Indicative Residential Electricity Prices (Flat Rate, 2026):
| State | Usage Rate (c/kWh) | Daily Supply Charge | Notes |
|---|---|---|---|
| NSW | 30–34c | 90–110c/day | DMO regulated |
| VIC | 28–32c | 100–120c/day | VDO regulated |
| QLD (SE) | 28–32c | 90–100c/day | DMO regulated |
| SA | 38–44c | 95–115c/day | Highest in Australia |
| WA (Synergy) | ~31-33c | ~107-119c/day | Regulated tariff |
Crucially, competitive market offers often sit 18-27% lower than these DMO/VDO rates, highlighting the importance of shopping around.
Key Appliances for Electrification
Focus your electrification efforts on the largest energy consumers in your home: hot water, heating/cooling, and cooking.
1. Hot Water: The Switch to Heat Pumps
Replacing a conventional gas or electric storage hot water system with a heat pump is often the most impactful electrification step. Heat pump hot water systems extract heat from the air, making them up to three to four times more energy-efficient than traditional electric resistance heaters.
Costs & Savings:
- Average installed cost for a heat pump hot water system in Australia (including federal STCs) is around $4,527 in April 2026.
- Running costs are typically $150 to $300 per year, roughly one-third of an old electric storage tank.
- Popular models include the Rheem 270L Heat Pump (starting around $3,200 installed before rebates) and premium options like the Reclaim Energy CO2 315L (starting around $6,600 - $8,000 installed before rebates).
Rebates (2026):
- Federal Small-scale Technology Certificates (STCs): Provide an upfront discount of approximately $490 to $1,200, depending on the system and climate zone.
- Victoria (VEU & Solar Victoria): Eligible households can receive a 50% discount (up to $1,000, or up to $1,400 for locally made units like some Rheem, Dux, Rinnai models) through Solar Victoria, plus typical discounts of $700-$1,200 via the Victorian Energy Upgrades (VEU) program when replacing gas or electric. Combined, this can reduce out-of-pocket costs by $2,150 to $2,700. Note: From 1 July 2026, the Solar Victoria rebate income test tightens to a combined household income of $150,000 or less.
- New South Wales (ESS): The NSW Hot Water Upgrade Incentive offers up to $640 for replacing an electric water heater or up to $330 for replacing gas, combinable with federal STCs for total savings of $900 to $1,350. The average installed price after rebates is around $3,900.
- Queensland: Primarily relies on federal STCs, worth $900-$1,200. The state’s Climate Smart Energy Savers program is now closed.
For more details on home batteries that pair well with heat pumps, see our guide: Best Home Batteries for Australian Homes 2026: Performance, Warranties & Value Compared.
2. Heating & Cooling: Embrace Reverse Cycle Air Conditioners
Reverse cycle air conditioners are highly efficient for both heating and cooling. They are significantly cheaper to run than gas ducted heating, particularly in Victoria where gas prices have risen sharply.
Costs & Savings:
- Split Systems: Unit costs range from $900 to $2,600+ for popular models like the Daikin Zena or Mitsubishi Electric MSZ-AP series. Installation adds $600-$2,000, bringing total installed costs to $1,400 - $3,000 for a single unit.
- Ducted Systems: Whole-home ducted reverse cycle systems typically cost between $8,000 and $15,000 installed, with larger homes potentially up to $25,000.
- Running costs for ducted systems average $0.50 to $1.50 per hour nationally.
Rebates (2026):
- Victoria (VEU): Replacing a ducted gas system with a reverse cycle equivalent can attract rebates of up to $3,600. Replacing a single gas space heater typically yields around $900 in discounts. Households can save $500-$600 per year on ongoing energy costs.
- ACT (ActewAGL): Offers $2,500 off the purchase price and a $500 electricity bill credit for upgrading from ducted gas heating to reverse-cycle air conditioning.
- NSW (ESS): Discounts of $400-$800 are available for ducted heating/cooling upgrades.
3. Cooking: The Precision of Induction Cooktops
Induction cooktops offer faster, more precise heating than gas, are safer (no open flame), and easier to clean. While requiring an electrical connection, they are increasingly popular.
Costs & Installation:
- Induction cooktop unit prices range from around $800 for basic models to $2,700+ for premium units like the Bosch Series 6 Accentline 60cm Flex Induction Cooktop ($2,116 at Appliances Online) or the Electrolux 60cm 4 Burner Induction Cooktop ($1,078 at Appliances Online).
- Installation costs vary: a straight swap for an existing electric cooktop might be $150-$600. However, replacing a gas cooktop or upgrading from an older electric model often requires a new dedicated electrical circuit, costing $500-$1,200 (including gas capping and electrical work). An older home might also need a switchboard upgrade, adding $1,500+.
Leveraging Solar and Batteries
Electrification truly shines when coupled with rooftop solar PV. Generating your own electricity significantly reduces the cost of running your new electric appliances. A typical 6.6kW solar system costs between $5,000 and $8,500 installed in 2026 after federal STC rebates, with payback periods of 3-5 years.
Pairing solar with a home battery allows you to store excess daytime solar energy for use during peak evening hours, further reducing reliance on grid electricity and maximising your savings.
To understand current solar installation costs, refer to: Solar System Installation Costs in Australia 2026: A Complete Guide.
For insights into optimising battery usage, explore: Maximise Your Home Battery Savings: Earn $1,000+ Annually with a VPP in 2026.
Navigating Energy Bill Relief & Retailer Offers
While the universal federal Energy Bill Relief Fund ended on 31 December 2025, targeted state and territory concessions remain active in 2026. These typically support eligible concession card holders (Pensioner Concession Card, Health Care Card, DVA Gold Card) with annual credits on electricity bills. For example, NSW offers rebates up to $285 (Low Income Household Rebate) and $180 (Family Energy Rebate).
Always compare market offers from different electricity retailers against the Default Market Offer (DMO) or Victorian Default Offer (VDO). Market offers are almost always more competitive and can lead to substantial savings. Use government comparison websites like Energy Made Easy (for NSW, QLD, SA, TAS, ACT) or Victorian Energy Compare.
Planning Your Electrification Journey
- Audit Your Home: Identify your current gas appliances, their age, and energy consumption. Prioritise replacements for the biggest gas users (hot water, heating).
- Assess Your Electrical Capacity: Electrifying multiple appliances may require an electrical panel upgrade. Consult a licensed electrician early in the process.
- Research Rebates: State and federal incentives change. Verify current eligibility and amounts with accredited installers or relevant government websites (e.g., Solar Victoria, NSW Energy Savings Scheme).
- Get Multiple Quotes: For significant investments like heat pumps or ducted AC, obtain at least three quotes from licensed and accredited installers. Ensure quotes clearly itemise costs and applied rebates.
- Consider Solar & Battery Integration: If not already installed, plan to integrate solar PV and potentially a home battery to maximise the financial benefits of electrification.
Bottom Line
Transitioning your Australian home from gas to all-electric in 2026 is a compelling financial and environmental decision. With wholesale electricity prices trending downwards due to renewables and batteries, combined with rising gas costs and generous state-based incentives, the payback period for electric appliance upgrades is shrinking. By prioritising heat pump hot water, efficient reverse cycle heating/cooling, and induction cooking, and leveraging available rebates, you can significantly reduce your annual energy bills by over $2,000 and future-proof your home against volatile fossil fuel prices. Start planning your switch today to capitalise on 2026’s opportunities for a cleaner, cheaper energy future.