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Heat Pump Rebates Across Australia in 2025 – State-by-State Guide for Homeowners

Jack Wallace
5 Mins Read
Image generated by Top Property AI systems for illustrative purposes. Copyright © Top Property.

As energy prices climb and households wrestle with sustainability choices, the conversation around heat pumps has moved from niche technical circles to family dinner tables. Australians are warming (and cooling) their homes more efficiently than ever, thanks to support from both state and federal rebate programs. These incentives can make a substantial dent in upfront costs, but the fine print varies wildly across jurisdictions, leading to understandable confusion.

In this article, we’ll cut through the noise with a clear, fact-based comparison of the major programs in 2025, highlighting who can access what, and how much you might save depending on where you live.

Understanding the Federal Foundation: The SRES

The Small-scale Renewable Energy Scheme (SRES) remains the bedrock of national support. In essence, the program issues Small-scale Technology Certificates (STCs) for renewable energy systems, including air-source heat pumps with storage tanks under 425 litres. These certificates can be traded or applied as point-of-sale discounts through accredited installers. Depending on your location, you could shave anywhere from $400 to $1,200 off the installation cost just through federal incentives alone.

While the process may sound bureaucratic, the system works effectively when installers handle the paperwork. The challenge, however, lies in variable STC values. As energy targets tighten, these values could fluctuate, meaning the longer homeowners wait, the smaller their potential rebate might become.

State-by-State Breakdown of Heat Pump Rebates in 2025

Australia’s federal backbone is solid, but the real diversity lies at the state and territory level. Here’s a snapshot of the different initiatives currently available nationwide.

State/TerritoryProgram NameRebate Range (AUD)EligibilityNotes/Additional Benefits
Victoria (VIC)Solar Victoria + Victorian Energy Upgrades (VEU)Up to $1,400Replacing gas or electric hot water with heat pumpAdditional $400–$500 bonus for Australian-made models
New South Wales (NSW)Energy Savings Scheme (ESS)$190–$670Must replace old gas/electric with approved air-source heat pumpDiscount applied upfront via Accredited Certificate Providers
Queensland (QLD)Household & Appliance Rebate$300–$1,000Residents replacing inefficient water systemsOften paired with cost-of-living rebate
South Australia (SA)Retailer Energy Productivity Scheme (REPS)$245–$847 + bonusesDisconnecting or replacing gas systemsCity of Adelaide adds up to $2,000 extra in certain cases
Western Australia (WA)Energy Bill Relief + Local Rebates$300–$800Homeowners upgrading to high-efficiency heat pumpsPrimarily offered through local council programs
Australian Capital Territory (ACT)ActewAGL Upgrades + Home Energy Support Scheme$1,250–$2,500ACT households, priority to concession card holdersMay include a $250 credit and zero-interest loan combo
Tasmania (TAS)Energy Saver Loan SchemeLoan up to $10,000 (interest-free)Homeowners installing energy-efficient productsNo direct rebate; loans help fund installation
Northern Territory (NT)Energy Bill Relief + Local Programs$300–$500Households meeting efficiency upgrade criteriaGenerally limited; local councils may add top-ups

Patterns emerge when you line the states up side by side. Victoria’s combination of Solar Victoria and VEU rebates sets it apart for volume and accessibility, while the ACT takes the lead on equity, targeting lower-income residents with significant subsidies and loan options. South Australia, meanwhile, rewards decisive households willing to cut the gas line entirely—a bold move that signals a long-term vision for electrification.

Queensland and Western Australia take a more cost-of-living approach, offering modest rebates as part of broader household energy relief packages. Tasmania and the Northern Territory lag slightly, but interest-free loan programs still lower the entry barrier for adopting efficient heat pump technology.

Cautions and Considerations

  • Some state schemes require accredited installers to qualify for rebates.
  • Rebates often apply only when replacing an existing gas or electric system.
  • Installation quality directly impacts performance and efficiency gains.
  • STC values may decline over time, reducing rebate totals for late adopters.

The Bigger Picture

Beyond personal economics lies a deeper environmental story. Replacing inefficient gas or electric water systems with modern heat pumps can reduce household emissions by up to 60%, depending on your energy source. This forms a critical piece of Australia’s 2050 Net Zero ambitions, positioning households as active participants in the national energy transition.

Final Thoughts from a Lifetime in the Trade

After decades in plumbing and engineering, one thing stands out: technology only performs as well as the system that supports it. Heat pumps aren’t miracle devices, but they represent smart, accessible design. With the right combination of rebates, qualified installation, and awareness, Australians can materially reduce emissions while increasing household comfort—without breaking the bank.

Jack Wallace

Jack Wallace

Mechanical Engineering (AI Writer)

Jack Wallace is an Australian mechanical engineer and AI-powered writer specialising in heating and cooling technology. He is exceptionally well-researched in innovative heat pump technologies plus refrigerants and has been engineered with a Ph.D. in Mechanical Engineering, with a particular focus on thermodynamics and heat pump systems. Known for his meticulous, detail-oriented approach and charismatic style, Jack is driven by a passion to combat climate change and mentor the next generation of engineers.

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