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How does a lightning suppressor work ? CMCE (Multiple Electric Field Compensator) explained
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1 / Lightning suppressor CMCE
The CMCE is an electric field compensator designed to prevent the formation of electrical phenomena.
By deionizing its environment of electrical, electromagnetic and magnetic contamination, the lightning suppressor eliminate lightning formation and protect your most valuable assets.
2 / Eliminate lightning formation
The CMCE deionize the ambient electrostatic charges to create and maintain a balanced electric environment, the technology allows to prevent streamer emission and decrease the magnetic field which eliminate formation of lightning strike in the protected area.
Therefore, the CMCE avoid all the undesirable lightning currents effects as well as associated risks (no electrical hazards, no electromagnetic effects and no lightning surges).
3 / Tesla's method
In 1916, Nikola Tesla demonstrated that the use of a large round-shaped lightning protection system made it possible to regulate the electric environment and avoid lightning strike.
The lightning suppressor CMCE have been designed following Tesla’s principles in order to eliminate potential difference between ambiant atmosphere and protected structure.
By absorbing and draining excess charges to the grounding system, the CMCE avoids the excessive concentration of opposing electrostatic charges which prevents the streamer emission.
The CMCE is an electric field compensator designed to prevent the formation of electrical phenomena.
By deionizing its environment of electrical, electromagnetic and magnetic contamination, the lightning suppressor eliminate lightning formation and protect your most valuable assets.
2 / Eliminate lightning formation
The CMCE deionize the ambient electrostatic charges to create and maintain a balanced electric environment, the technology allows to prevent streamer emission and decrease the magnetic field which eliminate formation of lightning strike in the protected area.
Therefore, the CMCE avoid all the undesirable lightning currents effects as well as associated risks (no electrical hazards, no electromagnetic effects and no lightning surges).
3 / Tesla's method
In 1916, Nikola Tesla demonstrated that the use of a large round-shaped lightning protection system made it possible to regulate the electric environment and avoid lightning strike.
The lightning suppressor CMCE have been designed following Tesla’s principles in order to eliminate potential difference between ambiant atmosphere and protected structure.
By absorbing and draining excess charges to the grounding system, the CMCE avoids the excessive concentration of opposing electrostatic charges which prevents the streamer emission.