Applications of Electromagnetic Methods in Selecting Ground Sites for Ultra High Voltage Power Plant

Xin Gong Tang; Xing Bing Xie; Qing Li Chen

doi:10.4028/www.scientific.net/AMR.354-355.1197

Paper Titles

Research of Battery Fault-Simulation on Primary Electrical Power System
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Study on Simulation and Training System in Intelligent Substation
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Optimization and Application of Bearing Support for Output Shaft of C-EPS
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The Research on the Method of Feature Selection in Support Vector Machine Based Entropy
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Applications of Electromagnetic Methods in Selecting Ground Sites for Ultra High Voltage Power Plant
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Experimental Study on the Breakdown of Gaps in Fire
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Study on the Insulation Coordination of ±800kV Converter Station in the Nuozhadu to Guangdong HVDC Power Transmission Project
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Measure Characteristic of UHV Power Frequency Voltage Ratio Standard
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The Analysis of the Opto-Couplers Relay Malfunctions in HVDC Control and Protection and the Improvements of the Trip Circuits
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Applications of Electromagnetic Methods in Selecting Ground Sites for Ultra High Voltage Power Plant

Abstract:

We present a combined electromagnetic method which consist of Audio Magnetotellurics (AMT) and Transient Electromagnetic method (TEM) to the utilize in the selecting sites for ultra high voltage power plant. The inversion profile gives the underground resistivity distribution for the power engineers to select proper ground site location. The result is satisfactory and some ground sites have been established already, indicating that electromagnetic method is suitable for selecting the ground site for ultra high voltage power plant.