Electromagnetic shielding
Civil/industrial shielding and regulatory compliance
Electromagnetic shielding in civil and industrial environments represents an essential element not only for the operational continuity of systems, but above all for compliance with current regulations on exposure to electromagnetic fields and for the protection of people’s health.
In contexts such as towers, skyscrapers, production facilities, hotels and MV/LV substations, the intensity of electromagnetic fields is closely related to the installed electrical power and the density of the systems.
Distribution lines, transformers, switchboards and power supply systems generate fields which, if not properly managed, may exceed the reference levels established by technical and legislative standards.
The design of shielding interventions makes it possible to remain within the limits set for the general population and, even more strictly, for occupationally exposed workers, contributing to compliance with the main applicable directives and standards.
In addition to regulatory aspects, the presence of uncontrolled electromagnetic fields may cause interference capable of compromising the correct functioning of equipment, with effects such as malfunctions, signal disturbances, performance degradation and, in the most critical cases, damage to electronic devices.
G-iron systems make it possible to effectively address both technical and regulatory aspects, enabling:
- reduction of electromagnetic field levels within legal limits
- protection of the health of workers and the general population
- ensuring compliance with current regulations
- improvement of the electromagnetic compatibility of systems
Shielding systems are designed to be integrated both in new-build developments and in existing structures, through targeted interventions that do not interfere with operational activities.
Thanks to modular and customizable solutions, it is possible to intervene in the most critical areas in terms of exposure and regulatory compliance, optimizing costs and ensuring maximum protection effectiveness.
