We have been addressing the issue of electrosmog for some time now.
After some informative articles in which we talked about the electrosmog produced by the electrical system and also by household appliances, we deemed it necessary to carry out some concrete and verifiable measurements.
We also recommend reading the previous articles regarding electrosmog. We showed how to carry out the measurements and demonstrated the existence of electromagnetic fields, also produced by switched off household appliances.
Is the Control Casa home automation system really capable of reducing electrosmog compared to a traditional electrical system?
Let's look at the various experiments.
Comparison of electrosmog produced by the traditional electrical system compared to Control Casa
We have seen how the Control Casa home automation system is able to reduce electrosmog from household appliances by appropriately deactivating the sockets.
We have also seen that not all home automation systems are able to reduce electrosmog: this depends on the construction technology.
In fact, other competitive home automation systems can even increase the electromagnetic waves present in domestic environments.
We have carried out some measurements of the electric field and magnetic induction near the switches, sockets and junction boxes of some traditional electrical systems.
In this article we will ignore the third parameter indicated by the electromagnetic wave meter: the power density of the radio frequency electromagnetic field.
This parameter, in our experiments, depends more on the surrounding environment and appliances than on the traditional electrical system. In the future, we may reconsider this parameter as some competitive home automation systems emit a large amount of radio frequency electromagnetic waves.
Electrosmog produced by switches and buttons
Our first experiment concerns the electrosmog produced by switches and buttons of a traditional electrical system compared to Control Casa.
We can see that in a traditional electrical system, the values ​​of the magnetic induction (5.73 mG) and the electric field (683 V/m) are clearly higher than the same values ​​measured where the Control Casa home automation system is installed (0.2 mG and 12 V/m). In this experiment, Control Casa guaranteed a 29-fold reduction in the magnetic field and a 57-fold reduction in the electric field.
Furthermore, the traditional electrical system can even increase the emission of electromagnetic waves, activating buttons and turning on other lights. Control Casa, on the other hand, significantly reduces electrosmog with both active and inactive buttons.
In this experiment the measured values ​​of the electrosmog produced by the traditional electrical system are: 2.72 mG and 175 V/m. With Control Casa the electrosmog values ​​are always practically zero.
With these experiments we have demonstrated that Control Casa is truly capable of reducing the electrosmog produced by buttons and switches, compared to a traditional electrical system. We invite the reader to reflect on the number of switches and buttons present in a home.
Electrosmog produced by power sockets
We carried out measurements of electrosmog values ​​on unused power sockets.
With the Control Casa system, unused sockets are disabled, in order to reduce sources of electrosmog.
Furthermore, the separation of electricity from the socket is not internal to the 503 box which contains the socket, as happens in other home automation systems.
With these competitive home automation systems, in which the detachment relay is located near the socket, the electromagnetic waves would even be increased, precisely because of the same system which should, instead, reduce them.
With Control Casa, not only the socket, but also the meters of cable up to the zone box are no longer carried by electricity and are no longer sources of electromagnetic waves.
The experiment shows that the value of the electric field goes from 131 V/m on a traditional electrical system to 18 V/m with Control Casa, reducing by more than 7 times.
We invite the reader to reflect on the number of sockets present in a home.
Electrosmog produced by junction boxes
Junction boxes are also a source of electromagnetic waves.
In a traditional electrical system, the electrical junction boxes are always full of electrical cables which are almost always all carrying current: this is an enormous source of electrosmog.
The Control Casa home automation system is able to power only the necessary electrical cables, thus reducing the emission of electromagnetic waves.
The Control Casa home automation system is able to supply power only to the useful electrical cables: the emission of electromagnetic waves is significantly reduced, reaching values ​​close to zero when all sockets and lights are deactivated.
The measurements carried out in conditions of medium use are very explanatory: the junction boxes of a traditional electrical system are an enormous source of electromagnetic waves at mains frequency.
In the measurement carried out by us, the values ​​of the magnetic induction (11.8 mG) and the electric field (455 V/m) are clearly higher than the same values ​​measured where the Control Casa home automation system is installed (0.22 mG and 40 V/m ).
With the Control Casa home automation system, not only the sockets, but also the unused cables of the electrical system are disabled, in order to reduce the sources of electrosmog.
Conclusion
The Control Casa home automation system is specifically designed to reduce the electrosmog produced by the electrical system.
It integrates perfectly with the sockets and plates of all manufacturers.
Control Casa is installed during the renovation or construction phase of the home and, as demonstrated by the experiments carried out in these articles, it is a great ally against the emission of electromagnetic waves, both low frequency and radio frequency.
Control Casa is not just this. Control Casa is: savings, health, completeness, modularity, web app, remote assistance, …
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