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An efficient technology—heat pump

Heat pump offers the most energy-efficient way to provide heating and cooling in many applications, as it can use renewable heat source in our surroundings. It extracts heat from a source and concentrates it to obtain a higher temperature, usually then applies to water for domestic heating, sanitary hot water or swimming pool.

It can be thought of as a refrigerator operating in reverse. It is powered by electricity, but the amount of heat energy delivered is several times more than the electrical energy consumed. The ratio of the output to the input energy is called the Coefficient of Performance (COP).

As heat pump transfers rather than produces heat, it is more efficient than traditional heat pump systems.

 

  • EVI Air to Water Heat Pump - 3 Phase

    EVI Air to Water Heat Pump - 3 Phase

    What is the benefits of EVI heating technology? There is no doubt that air source heat pumps can make great economic and environmental benefits if they are properly used. However, as a matter of fact, most air source heat pumps work with very poor efficiency or even can not work when the environment temperature is lower than -10℃. The EVI (enhanced vapor injection) heating technology is an innovation in the compressor and the refrigerant circulation. By this technology, the permitted operating range of a heat pump is extended to a much lower air temperature...

  • EVI Air to Water Heat Pump - 1 Phase

    EVI Air to Water Heat Pump - 1 Phase

    What is the benefits of EVI heating technology? There is no doubt that air source heat pumps can make great economic and environmental benefits if they are properly used. However, as a matter of fact, most air source heat pumps work with very poor efficiency or even can not work when the environment temperature is lower than -10℃. The EVI (enhanced vapor injection) heating technology is an innovation in the compressor and the refrigerant circulation. By this technology, the permitted operating range of a heat pump is extended to a much lower air temperature...

  • DC Inverter Air to Water Heat Pump

    DC Inverter Air to Water Heat Pump

    Standard heat pumps are either ON or OFF. No   matter how much the current heat demand is, these   heat pumps run at full load even if only for a short   time. As any motorist knows, frequently stopping   and starting is not a particularly efficient way to   drive, as it sends consumption levels through the   roof. In contrast, KOLANT DC inverter heat pump employs not only a DC inverter compressor but an intelligent control system, which operates much more evenly efficiently. With inverter technology, the heat pump matches...

  • RJD-28H30/N2-MR

    RJD-28H30/N2-MR

    The water tank is surrounded by D type aluminium pipe,and no coper pipe inside the water tank

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