GOVERNMENT REBATED HEAT PUMP HOT WATER SYSTEM IN NEW SOUTH WALES AND VICTORIA
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LEADING PROFESSIONAL TEAM WITH QUALITY HOT WATER AND INSTALLATION IN NEW SOUTH WALES AND VICTORIA
Heat pump water heaters are a quite popular and effective means of fulfilling your water heating requirements. They are an energy-efficient water heating option saving up to 70% costs relative to conventional electric water heaters.
Since 2013, Isolux is in a business of helping Australian households and businesses Save Energy, Money & help contribute towards greener planet. Whether you are looking to upgrade your existing electric hot water tank or change your gas/solar hot water tank, we can help you with it all
With the help of government rebates in NSW and Victoria, heat pump hot water systems are now affordable. These rebates are offered under the renewable energy certificate program. Traditional hot water systems will cost you $3,000 – $4,000 fully supplied and installed and cost you more in on going running costs!
Call Today to get your Heat Pump hot Water System !!!
Heat pump water heaters are a quite popular and effective means of fulfilling your water heating requirements. They are an energy-efficient water heating option saving up to 70% costs relative to conventional electric water heaters.
Since 2013, Isolux is in a business of helping Australian households and businesses Save Energy, Money & help contribute towards greener planet. Whether you are looking to upgrade your existing electric hot water tank or change your gas/solar hot water tank, we can help you with it all
With the help of government rebates in NSW and Victoria, heat pump hot water systems are now affordable. These rebates are offered under the renewable energy certificate program. Traditional hot water systems will cost you $3,000 – $4,000 fully supplied and installed and cost you more in on going running costs!
Call Today to get your Heat Pump hot Water System !!!
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How it works
- A fan draws in air, containing heat energy, across the evaporator
- The evaporator turns the liquid refrigerant into a gas
- The compressor pressurise the refrigerant into a hot gas
- The hot gas inside the condenser coil heats the water inside the coil-wrapped tank
- The refrigerant reverts back to a liquid after heating the water and continues to the evaporator for the process to start again
- The cycle continues until the set target temperature is achieved
Save Upto $850 Every year on Your Energy Bills
Find out below how
As a result, using the same amount of power input, the Heat Pump hot water system produces 4 TIMES the amount of heat energy output than an electric hot water system. This industry leading energy efficiency can reduce your hot water running costs by up to 70%, saving you thousands of dollars every year!
Save On Energy Costs
Climate Friendly
Works when cloudy; Works in low temperatures; Works at night; Can be used in apartments or where there is no suitable roof space; no risk of hail or frost damage.
Save On Energy Costs
It saves you significantly by utilising very low consumption of energy.
Low Set up Cost
Heat pump systems have a high start-up cost But due to government incentives there won’t be any cost for you. There may be a minimal Application of $30+ GST if you’re in NSW.
Government rebate
The Australian government encourages heat pump installation because they are environmentally friendly and save on energy. Heat pumps save up to three times your energy bills which translates to 75% saving on your money.
Financial incentives and benefits are offered in Australia for using heat water pumps and other rebates may also be available from the local council.
FAQ
A heat-pump water heater uses much less electricity than an electric storage water heater. This is because it only requires electricity to drive the compressor and the fan, instead of using electricity to heat the water directly. So it not only saves you on your electricity but is also good for the environment.
Not everyone is eligible for the incentives. Our team will check your eligibility and ask few questions about your existing setup.
For all standard installations replacing an electric hot water system that is installed outside there is absolutely no cost involved for any of the system sizes as mentioned in the home page. But when replacing another type of hot water system or for complex installations (eg where the system may need to be relocated from inside the roof cavity) there may be costs associated, however these costs will be established prior to installation so you will have no surprises. Our friendly team are more than happy to discuss your particular situation.
The system is installed by a fully trained, licensed electrician and plumber. You will be provided with all certificates of compliance and safety if asked/needed.
The rebate paperwork is taken care by our staff members so you do not have to go through much paperwork or get involved in chasing your refund amount.
Since a heat pump’s initial price is higher than that of an ordinary electric storage system, many homeowners wonder if heat pumps really will pay themselves off (and more) over the years.
36% of Australian houses come with a hot water electric storage system, their average use costs an average of $820/year. In contrast, high-efficiency heat pumps can do the same job for the same house for approximately $185/year. Please note exact running costs depend on each household’s electricity tariffs, pump model and hot water usage. Thus, although the initial cost of a heat pump is higher than that of an electric storage system, its lower running costs save the average homeowner up to $635/year. Data sourced from Sustainability NSW Hot Water Running Costs and compares running costs of 5.5star gas storage system, 7 star gas instantaneous system, electric storage off peak system, high-efficiency solar gas boosted system, high-efficiency solar electric boosted system, high-efficiency hot water heat pump on off peak tariff.
300%. Yes, that’s over 100% efficiency. This is possible because, unlike gas and electric-resistive heaters, most heat pumps produce over three times as much energy as they take in.