Rheem Heat Pumps deliver hot water by efficiently utilising a free and abundant source of energy – the heat that is in the air around us. Refrigerant vapour compression technology enables the heat pump to intensify this heat, which is used to produce hot water. Rheem Heat Pumps are more efficient during warmer months, and will operate for less hours during the day than in colder months of the year.
Because Heat Pumps do not require solar collectors, they are perfect where roof space is limited. Additionally, since they utilise the same plumbing and electrical connections as an electric water heater, Heat Pumps are an ideal upgrade from a standard electric water heater.
Which system you choose will depend on where in Australia you live, which way your home faces and even the pitch of your roof. So it’s important to talk to your local Rheem Solar Specialist about the Rheem solar water heater that is ideal for you. And, your local Rheem Solar Specialist has all the latest information on the currently available Solar Incentives – ask them how much you can claim.
AmbiPowerTM MDc-180 Heat Pump is compact sized Heat Pump Water Heater recommended for replacement of small to medium Electric Water Heaters.
The AMBIHEAT HDc-270 Heat Pump Model no. 571D270 is the new generation 270L capacity heat pump which is available in the R513a refrigerant with Low GWP (Global Warming Potential) of <700 GWP
The AMBIHEAT HDc-270 Heat Pump is a smart, energy efficient alternative for areas where a traditional solar water heater may not be suitable. It uses the heat from the surrounding air and does not rely on the direct sunlight, to heat your water and provides a reliable, efficient and sustainable way to reduce your water heating energy consumption. A Heat Pump works day and night as it extracts heat from the surrounding air and doesn’t rely on direct sunlight to operate.
The AmbiPower® 280e is a 280 litre Heat Pump using the environment friendly Ultra Low GWP R290 refrigerant.
The Rheem MPi Series Heat Pump is suitable for moderate – warm climates and average size families.