2013Water and Energy InternationalRequires access

Earthing system for a small area substation having very high soil resistivity in the hilly region by multi-layer soil modeling and deep driven vertical earth electrodes - A Practical experience

Kanchan Sarkar, Pankaj Kr. Das

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Abstract

Design of earthing system of a substation becomes difficult when the soil resistivity measures high and available area for laying conductor is small. Accurate measurement of soil resistivity, proper analysis of soil resistivity measurements, optimal grid spacing, proper assumption of fault currents, analysis with two or multi layers soil model play important roles in optimal, safe and economical design of earthing system of a substation.

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Design of earthing system of a substation becomes difficult when the soil resistivity measures high and available area for laying conductor is small. Accurate measurement of soil resistivity, proper analysis of soil resistivity measurements, optimal grid spacing, proper assumption of fault currents, analysis with two or multi layers soil model play important roles in optimal, safe and economical design of earthing system of a substation.

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Available abstract

Design of earthing system of a substation becomes difficult when the soil resistivity measures high and available area for laying conductor is small. Accurate measurement of soil resistivity, proper analysis of soil resistivity measurements, optimal grid spacing, proper assumption of fault currents, analysis with two or multi layers soil model play important roles in optimal, safe and economical design of earthing system of a substation.

Key concepts: Soil resistivity, Ground, Electrical resistivity and conductivity, Earthing system, Conductor, Layer (electronics), Fault (geology), Geotechnical engineering

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Earthing system for a small area substation having very high soil resistivity in the hilly region by multi-layer soil modeling and deep driven vertical earth electrodes - A Practical experience — Research Paper | ScholarLens