Skip to content
  • Original price €976 - Original price €976
    Original price
    €976
    €976 - €976
    Current price €976

    Mitsubishi Electric AY25

    80 m² 50 m²
    ✓ Wi-fi included
    ✓ Quiet operation
    ✓ High Energy Savings
    Mitsubishi Electric

    Discover unparalleled comfort with the Mitsubishi Compact Compact AY25 Wall Split Air Conditioner. Its near-silent operation creates a peaceful hav...

    View full details
    Original price €976 - Original price €976
    Original price
    €976
    €976 - €976
    Current price €976
  • Original price €1.742
    Original price €1.742 - Original price €1.742
    Original price €1.742
    Current price €1.547
    €1.547 - €1.547
    Current price €1.547

    Panasonic Etherea Inverter Plus White 50

    160 m² 90 m²
    ✓ Wi-fi included
    ✓ High Energy Savings
    ✓ Modern and Stylish design
    Panasonic

    Panasonic Etherea Inverter Plus 50 is a highly efficient wall-mounted air conditioner with advanced inverter technology. It offers both cooling and...

    View full details
    Original price €1.742
    Original price €1.742 - Original price €1.742
    Original price €1.742
    Current price €1.547
    €1.547 - €1.547
    Current price €1.547
    Save €195 Save €0
  • Original price €1.828
    Original price €1.828 - Original price €1.828
    Original price €1.828
    Current price €1.642
    €1.642 - €1.642
    Current price €1.642

    Panasonic Etherea Inverter Plus Silver 50

    160 m² 90 m²
    ✓ Wi-fi included
    ✓ High Energy Savings
    ✓ Modern and Stylish design
    Panasonic

    Panasonic Etherea Inverter Plus 50 is a highly efficient wall-mounted air conditioner with advanced inverter technology. It offers both cooling and...

    View full details
    Original price €1.828
    Original price €1.828 - Original price €1.828
    Original price €1.828
    Current price €1.642
    €1.642 - €1.642
    Current price €1.642
    Save €186 Save €0

FAQ

What is an Air-Air Heat Pump? An air-air heat pump is a system that transfers heat from the outside air
into a building to provide heating. It can also work in reverse, removing heat
from the interior air to cool the house. This system is highly efficient as it
uses the outside air as the heat source.

How does an Air-Air Heat Pump work? Air-air heat pumps use a refrigerant to absorb heat from the outside air
and compress it to increase its temperature. This heated air is then
transferred into your home. In cooling mode, the process is reversed, with the
system extracting heat from your indoor air and releasing it outside.

Are Air-Air Heat Pumps energy efficient? Yes, air-air heat pumps are known for their energy efficiency. They can
produce significantly more energy as heat than they consume in electricity,
making them a cost-effective and environmentally friendly heating and cooling
solution. It uses 1 kW of electricity to produce up to 5 kW of Heat.

 

Can Air-Air Heat Pumps be used for cooling? Absolutely. Air-air heat pumps can be reversed to act like an air
conditioner, providing cooling in warmer months.

What are the advantages of installing an Air-Air
Heat Pump?
Advantages include energy efficiency, lower
heating costs compared to traditional heating systems, versatility in heating
and cooling and typically easier installation than other heating systems.

Are there any disadvantages to Air-Air Heat
Pumps?
The efficiency of air-air heat pumps can
decrease in extremely cold temperatures, requiring a backup heating system. Installation
may not be suitable for all property types.

How much maintenance does an Air-Air Heat Pump
require?
Maintenance is generally low. It includes
regular cleaning of filters, ensuring the outdoor unit is free from debris, and
a check-up by a professional every 2-3 years can be a good idea.

What is the lifespan of an Air-Air Heat Pump? Typically, an air-air heat pump can last between 10 to 15 years, though
this can vary based on the model, usage, and how well it is maintained.

Is an Air-Air Heat Pump a good choice for all
climates?
Air-air heat pumps are efficient in all
climates. In areas with extremely cold winters, their efficiency can decrease,
making them less ideal as the sole heating source. Some models are suitable for
this type of cold climate.