Panasonic Australia and Reclaim Energy have announced a partnership to launch a CO2 hot water heat pump solution in the Australian market, delivering consumers energy savings, as a cost-effective alternative to gas and electric hot water heating.
The installation pairs Panasonic’s CO2 Heat Pump technology with Reclaim Energy’s hot water system design solution and will be available to both the residential and commercial market in December 2023.
By combining the expertise of Reclaim Energy and Panasonic, Australian consumers will be delivered the latest innovation in CO2 water heating solutions.
Chris Taylor, Managing Director, Reclaim Energy said: “The focus of our business is to allow householders to have a greater level of control of their own energy consumption and management, while contributing to net zero emissions.”
Paul Reid, Managing Director of Panasonic Australia, said that the company’s global mission was to help humanity live well while reducing environmental impacts for the benefit of future generations, and that the local partnership with Reclaim aligned with this goal.
The Panasonic CO2 Heat Pump is up to 5 times more efficient than gas or traditional electric heating and can quickly and safely heat water up to 80 degrees Celsius, making it suitable for both residential and commercial use. The refrigerant it uses has a low global warming potential (GWP).
The heat pump uses a heat exchanger to collect heat from the air outside to use as energy for the refrigerant and transfers energy from the hot refrigerant into water to produce hot water. The Panasonic product has an industry leading Coefficient of Performance (COP) of 6.1. This means that for every unit of electrical energy used, 6.1 units of heating energy is produced, resulting in reduced CO2 emissions compared to conventional water heating via electricity or natural gas.
The heat pump and storage tank are designed to be installed externally, for example at the back or side of a free-standing home. They operate quietly and have a small footprint.
