The Influence of Fault Current & Soil Resistivity on the Substation Grounding Grid Behaviour
Computer software; Electric fault currents; Soils; Current resistivity; Ground potential rise; Grounding grids; Resistance; Resistance increase; Soil resistivity; Step and touch voltage; Substation grounding; Top layers; Two-layer soil; Electric grounding
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Main Authors: | , , , |
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Format: | Conference Paper |
Published: |
Institute of Electrical and Electronics Engineers Inc.
2023
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Summary: | Computer software; Electric fault currents; Soils; Current resistivity; Ground potential rise; Grounding grids; Resistance; Resistance increase; Soil resistivity; Step and touch voltage; Substation grounding; Top layers; Two-layer soil; Electric grounding |
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