Cdegs Earthing |work| «Original ✧»

A fault current of 10 kA flows into a grid of 50m x 50m.

The CDEGS suite is modular, allowing users to select tools based on project complexity: Primary Function cdegs earthing

Comparison: A traditional calculation might use an average resistivity of 100 Ω-m. CDEGS might reveal a two-layer structure of 500 Ω-m for the top 2 meters and 20 Ω-m below. This distinction drastically changes the surface voltage gradient calculation. A fault current of 10 kA flows into a grid of 50m x 50m

CDEGS is used to model complex grounding grids, ensuring they safely dissipate fault currents and lightning surges into the earth without harming people or equipment. It is particularly critical for high-value infrastructure like HVDC/HVAC systems, substations, and offshore wind farms, where complex soil or seawater conditions require high-precision simulation. and offshore wind farms