Protection radius in meters (m):
Protection radius in meters (m):
Protection radius in meters (m):
Protection radius in meters (m):
See lightning rods. The protection radius of an Early Streamer Emission (ESE) lightning rod is related to its height (h) relative to the surface to be protected, its efficiency, and the selected protection level. According to standard NFC 17102:2011, it is calculated from the
The early streamer emission (ESE) lightning rod Ellips creates the optimal conditions to generate a supernatural updraft tracer before another natural updraft tracer captures the surrounding lightning.
The action takes place in 3 stages:
1. Ellips loads:
The element called the "charger" is designed to accumulate natural ions in the "Central Inductive System" (patented). This accumulation occurs as rapidly and in the same proportions as the increase in the ambient electric field generated by an updraft tracer.
2. Ellips creates an electric field of considerable magnitude:
At the same time, thanks to the "Central Inductive System" and the "Booster," the lightning rod with early streamer emission device Ellips This creates a gigantic electric field with a charge opposite to that of the natural electric field present and stimulates the "Capture Head". Depending on their number, the "Triggering Poles" increase the efficiency of the initiation tenfold.
3. Lightning capture and conduction by the early streamer emission (ESE) lightning rod Ellips :
System priming Ellips attracts the descending tracer and creates the conditions for a “lightning strike”. The capture tip then guides the lightning current along its axis towards the grounding conductors.
Test@ir allows for electrical testing of Ellipsearly streamer emission lightning rods.
