The Federal and State Government are currently providing financial incentives to install cleaner, greener and safer technology like Heat Pumps to heat your water at home. These systems are 100% electric and do not rely on a gas connection. We work with energy partners to save you money on your new Heat Pump installation.
We work with energy partners to offer you heat pump installations across Melbourne.
Now is the perfect time to replace aging or failing hot water tanks. The Australian government is offering rebates to replace old gas technology with new and efficient electric heat pump technology.
Many customers are moving away from gas and switching to all electric homes. Saving them money and providing a safer, more green alternative to older technology.
Heat pump technology is a highly efficient system that uses 3-5 times less electricity than standard electric hot water systems that rely on a coil-based system.
Do you find your carbon footprint important? Not only is it good for the environment but good for your wallet. Having an energy efficient home can save you thousands of dollars per year!
Get your hot water unit repaired today when you call Vic City Plumbing. We offer a range of general and emergency hot water unit repairs throughout the year, 24 hours a day. Call now and get a free quote for hot water repairs.
Heat pump water heaters use electricity to move heat from one place to another instead of generating heat directly. Therefore, they can be two to three times more energy efficient than conventional electric resistance water heaters. To move the heat, heat pumps work like a refrigerator in reverse.
A fan then pulls the ambient, warm air from wherever the heat pump is located (a basement, utility room or garage), and blows it across a series of refrigerant-filled evaporator coils. The slightly warm refrigerant is pumped through a compressor to increase the pressure and temperature before being passed through condenser coils that are wrapped around, or pass inside of, a water tank. The hot refrigerant passes its heat to the water, cools off and then returns to the evaporator coils where it starts its journey again, collecting warm ambient air.
