Heat Pumps Gauteng
Water in Johannesburg

Complete the form below and receiveexpert advice on heat pump technology, pricing, heat pumps vs. solar geysers. Learn more about the Eskom Heat Pump Rebate and how to claim your money back.Compare heat pump prices and technology, choose a solution that suits you and start saving money on your energy bill every month! Get started. Receive a Heat Pump quotes from some of the best installers in Gauteng, Johannesburg.

We have hand picked some of the best heat pump providers and solar geyser providers in South Africa. These offer great savings and make your pool more useful during those cold months. The ultimate would be taking your entire home ' off the grid ' whereby you use multiple technologies such as wind turbines, solar photovoltaic panels (solar to electrical), solar water heating, geothermal heating in combination with one another to eliminate your dependence on Eskom for power. Search results can also be filtered using a variety of critera. Heat pumps have the ability to divert heat energy from one location to another, and in either direction (hot to cold or cold to hot). Heat pumps can bring heat into a space, or take it out. In the cooling mode a heat pump works the same as an ordinary air conditioner (A/C). A heat pump uses a fluid called a refrigerant which absorbs heat as it vapourizes and releases the heat when it is condensed. It uses the vapour from inside an occupied space and expels this hear to the outside through the condensor. The refrigerant flows outside of the space to be conditioned, where the condenser and compressor are located, while the evaporator is inside. The main difference between a heat pump and an air conditioner is the reversing valve that allows for the direction of air flow to be changed. Meaning the air can be pumped in either direction giving the heat pump the ability to produce hot air. In heating mode the outdoor coil becomes the evaporator, while the indoor becomes the condenser which absorbs the heat from the refrigerant and dissipates to the air flowing through it. With the refrigerant flowing in the opposite direction the evaporator (outdoor coil) is absorbing the heat from the air and moving it inside. Once it picks up heat it is compressed and then sent to the condenser (indoor coil). The indoor coil then injects the heat into the air handler, which moves the heated air throughout the house. In cooling mode the outdoor coil is now the condenser. The indoor coil is now the evaporator in the sense that it is going to be used to absorb the heat from inside the enclosed space. The evaporator absorbs the heat from the inside, and takes it to the condenser where it is rejected into the outside air. There are a number of Domestic Heat Pumps on the market today, most of which have been designed for heating only. A heat pump still uses electricity to heat water, but they are very efficient and therefore use far less energy to heat water compared to traditional hot water geysers. Domestic heat pumps can be used to heat water that is then stored in your existing geyser. Heat pumps are a great solution for heating large bodies of water such as swimming pools. The FAN circulates air through the outer EVAPORATOR AIR COIL that acts as a heat collector. The liquid refrigerant in the air coil absorbs the available heat in the ambient air transforming it into a gas. The refrigerant gas is then pumped into the COMPRESSOR. When this warmed gas is compressed, it intensifies or concentrates the heat like a magnifying glass in the sun. This intensely hot gas is then pumped into the HEAT EXCHANGER CONDENSER where the actual heat transfer takes place. As the pool water passes through the heat exchanger, the hot gas g ives up its heat to the cooler pool water. We have numerous heat pump suppliers who can provide you with information and pricing.