A properly sized heat pump optimally heats or cools a space under average operating conditions. However, in extreme conditions such as very low outside temperatures, an electric heater or other additional source (if already installed in the building) is always sensible,...

The correct sizing of a heat pump is very important from two points of view: the cost and the coverage of the heat losses of the building. If you oversize your heat pump, you may end up with higher heating or cooling costs than...

The annual efficiency coefficient is not significantly affected by the heat pump efficiency data at extremely low temperatures. In our climate zone, extreme cold temperatures are rare and, if they do occur, they last for a very short time relative to the heating season. The temperature at night can...

The required output of the heat pump is defined by the heat losses of the building and the energy required for heating the domestic water. The consideration of the energy for domestic water heating is particularly important in low-energy and passive houses, where the energy consumption for domestic water heating can be...

COP = Thermal energy / Electricity What do the figures quoted by heat pump manufacturers mean and how do they compare? COP - Coefficient of Performance By definition, the COP (Coefficient of Performance ) represents the ratio of the electricity used for...

Izbira toplotne črpalke, celovit vodič za izbiro Različne vrste toplotnih črpalk delujejo na principu prenosa toplote iz enega medija v drugega. Pri tem izkoriščajo naravne vire toplote, kot so zrak, zemlja ali voda, in jih pretvarjajo v uporabno toploto za…

Modern heat pumps are suitable for all types of buildings, such as new constructions, energy-saving houses, apartments or older buildings, where the heat pump is connected to the existing heating system. The building can have radiator, surface or manual heating. Optimal operation of the heat pump system will be...

More and more investors are choosing heat pumps as a source of heating, so let's summarise the arguments that matter most: A heat pump can heat or cool buildings and provide domestic hot water. It does not require a furnace and can be placed anywhere where there is 1...