Efficient Hot Water for Modern Australian Homes
Upgrade your hot water system with an energy-efficient heat pump solution designed to reduce the electricity required to heat water.
A heat pump hot water system uses electricity to move heat from the surrounding air into water, rather than relying on conventional electric resistance heating alone. The right system depends on your household's hot water requirements, available installation space, existing setup and broader energy use.
Use an energy-efficient approach to heating water.
Reduce the electricity required for hot water compared with suitable conventional systems.
Support an increasingly electric household.
Consider hot water alongside solar as part of a broader energy strategy.Household size, hot water demand, available space, installation requirements and future energy plans should all be considered when selecting a system. If you are also considering solar, your hot water requirements can form part of the broader energy assessment.
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Discuss your household and hot water requirements.
Review the existing hot water setup and installation considerations.
Recommend a suitable heat pump solution.
Confirm installation requirements and applicable incentives.
Install and commission the selected system.
A good energy upgrade starts with choosing the right product for the application.
Energy Saving Shop works with a range of recognised manufacturers across solar, heating and cooling, hot water and lighting, allowing us to recommend solutions based on your property rather than taking a one-size-fits-all approach.
It uses electricity to move heat from the surrounding air into the water tank, rather than generating all of the heat through conventional electric resistance heating.
Yes. A heat pump can form part of an increasingly electric property and can be considered alongside solar generation.
A heat pump can be an option for replacing an existing system, subject to property, plumbing, electrical and installation requirements.
They can use less electricity than conventional electric resistance systems because they transfer heat rather than creating all of the heat directly. Actual performance varies by system, conditions and usage.
The appropriate capacity depends on household size, hot water demand, usage patterns and the selected system.