What types of thermal emitter use in your home?

When we seek to heat localized areas of our home, such as bedrooms, one of the best options we have at our disposal are thermal emitters. The thermal emitters are heating equipment that is fixed to the wall and that work by connecting to the electrical network. Do you know, what types of thermal emitter use in your home?

What types of a thermal emitter

Its main advantage when it comes to acclimating a room is that they work according to the principle of thermal inertia. The thermal emitters are able to conserve heat for much longer than other conventional electric heating systems. Therefore, they need 30% less energy, which means savings in consumption.

Another of the most important characteristics presented by thermal emitters is that they are programmable. Thanks to your thermostat, you can pre-program what time we want it to start working and what power. This allows that, when we get home, the house is at the right temperature without the need for heating to work throughout the day.

In addition, it is a heating system that respects the environment. By not having to consume any fuel, it does not generate waste or CO2 emissions. Another advantage of thermal emitters is that, unlike other heating systems, they do not need periodic checks.

Depending on the type of internal resistance they present, there are three types:

Aluminum thermal emitters

Its main characteristic is that the inner body that conserves the heat is made of aluminum. They are designed to transmit heat by conduction. They have the advantage that they heat up very fast. However, they have the great disadvantage that heat lasts a short time, at most five hours. In addition, among all the thermal emitters that are currently on the market, they are by far the most consumed. Therefore, the market is increasingly opting for other models of more advanced and efficient technology.

Thermal fluid emitters

The thermal emitters of fluid are characterized because the resistance that conserves the heat is a liquid housed inside the equipment. These systems get the heat to stay much better. The heat circulates inside the device thanks to the liquid nature of the resistance and is expelled to the room much more regularly. They take a little longer to warm up if we compare them with those of aluminum body. However, they also manage to keep the heat much longer. Up to eight hours

Ceramic thermal emitters

It is by far the most efficient thermal emitters that we can find in the market today. In this case, the internal resistance is made of solid ceramic material. It has high conductivity and very high thermal inertia. Without a doubt, they are the best choice of thermal emitter if we are going to be more than eight hours at home. The only disadvantage they have is that they are slower when it comes to reaching the maximum temperature. However, this is compensated by the high thermal inertia they present.

When choosing a thermal emitter, we must take into account our particular needs. The main element that we should value is the time we are going to use it. So, if it is a very used stay, it is best to opt for a ceramic emitter. While if the time we spend in the room is only a few hours, it is best to opt for one of the first.

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