Soil resistivity is the key factor that determines what the resistance of a grounding electrode will be, and to what depth it
must be driven to obtain low ground resistance. Here we can calculate Soil Resistivity, Electrode Spacing, Voltage at Inner Electrodes,
Current at Outer Electrodes.
where,
R = Soil Resistivity,
S = Electrode Spacing,
V = Voltage at Inner Electrodes,
I = Current at Outer Electrodes.
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