Netatmo en Somfy maken thermostaat en slimme radiatorknoppen compatibel met TaHoma smart connected box.
There are many different options when it comes to regulating the temperature of a room: fitting a smart thermostat, buying an extra heater, adding insulation... But when summer brings a heatwave and opening a window or turning on a fan isn't enough, installing an air conditioner in your home can be an effective solution. To gain a better understanding of the benefits of air conditioning, Netatmo suggests learning about how it works.
An air conditioner is a refrigeration appliance (like a refrigerator for example) that keeps the air cool in the room of the building where it’s installed. To do this, a liquid called refrigerant will circulate within the air conditioner in a closed circuit to capture the heat in the room and expel it to the outside of the home. Air conditioning is based on this refrigeration system. Let's take a detailed look at what an air conditioning system involves... There are many types of air conditioners, each with its own specific features. These include:
Before choosing one air conditioning system over another, you should consider several criteria during the selection process:
Regardless of the type of air conditioner, it will consist of four main components: condenser and evaporator coils, a compressor and an expansion valve. So, what exactly do they do?
The evaporator coil is placed in the indoor unit, which is located inside the room you want to cool, and will play a major role in the air conditioning system. This is the component that will capture the heat (calories) in the room and send it via the refrigerant to the compressor in the outdoor unit, thus expelling heat from the home. The warm air is ejected by the outdoor unit’s fan. The compressor heats the refrigerant and increases its pressure. The refrigerant is then cooled as it passes through the expansion valve and is finally sent to the evaporator coil to be blown into the room as cold air.
Air conditioning works by transforming the refrigerant from liquid to gas.
Although it’s usually thought of as a way to cool the air in a room, air conditioning can also be used to heat a building in winter, as an alternative to traditional central heating. However, not all air conditioners can heat your home: to meet this need you have to use reversible air conditioning.
Air-to-air heat pump or reversible air conditioning: they’re actually the same thing! Unlike traditional air conditioning, reversible systems operate in air con mode in summer and heating mode in winter. So, reversible air conditioning has the advantage of ensuring optimal thermal comfort in all seasons, whether it's hot or cold outside.
To heat a room in your house, reversible air conditioning captures the calories in the air in the room to convert them into heat that will be released via your appliance’s indoor unit. Nevertheless, in very cold winters and at particularly low temperatures, reversible air conditioning won’t be powerful enough to heat the room well. Then you’ll need to opt for extra heating solutions, not forgetting effective insulation of the walls, roof, windows etc.
Air conditioning based on Inverter technology helps its user to save energy and optimise the life of their unit. Indeed, this technology enables you to adjust the air con’s power according to the temperature you want to maintain. The refrigerant will circulate more or less quickly inside the circuit to maintain a steady temperature. With air conditioning systems that use Inverter technology, there is no risk of sudden peaks in heat which can lead to excessive energy consumption.
The various models of air conditioner operate in broadly the same way (they all have a refrigeration cycle with a condenser, compressor, refrigerant etc.). Reversible air conditioning is different because it’s a system that provides both hot and cold air. Finally, Inverter technology can be the best option if you want to achieve a steadier temperature in a room.
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