DEHNselect SPD is easy to use without special knowledge or training. The user-friendly surface facilitates the operation of the program.
The DEHN Earthing Tool is used to calculate the required length of the earth electrodes as per IEC 62305-3 depending on the type of earth electrode (foundation earth electrode, ring earth electrode, earth rod).
SESResultsViewer software utility coupled with already introduced SESThreshold module represents the foundation on which SES started planning next generation of computation plot and report processor.
The separation distance defines the minimum distance of the lightning protection system from electrically conductive materials.
Comparison between different Ground Electrodes
For comparison of ground electrodes characteristics, the FEM software package, COMSOL and MALT module of CDEGS software Package has been used.
For the grounding grid, using a slanting ground rod to decrease the grounding resistance is more effective than applying vertical ground rods with the same length.
An introduction to ISGs, VCSD 40 & Surge Protection for CP Systems
To prevent dangerous sparking inside the structure. This is achieved by establishing equipotential bonding or maintaining a separation distance between the components of the lightning protection system and other electrically conductive elements inside the structure. The HVI®Conductor is a high-voltage-resistant, insulated down conductor from DEHN, the expert for lightning protection and earthing, surge protection and safety equipment. Insulated lightning protection based on HVI®Conductors is durable and sustainable. In 2003, DEHN launched an innovation in external lightning protection, the high-voltage-resistant, insulated HVI®Conductor. Since then, thousands of buildings and installations have been successfully equipped with HVI®Lightning Protection
This article describes how to use Bornika Company Lightning / Surge protection equipment in PV Systems.
Transient behavior of grounding electrodes in impulse condition is different from low frequency and low current condition. The impulse characteristics of grounding electrodes will be discussed.