The Use of Single-Phase Overhead Test Lines and Test Cages to Evaluate the Corona Effects of EHV and UHV Transmission Lines
Michael Comber, Luciano E. Zaffanella
Abstract
Michael Comber, Luciano E. Zaffanella
Abstract
Economic considerations often limit the use of full-scale 3-phase test lines for the investigation of transmission-line corona effects. Testing of a large number of different conductor configurations can be more conveniently and efficiently carried out on comparatively short sections of conductors on single-phase test lines and in test cages. Techniques for measuring the single-phase corona performance of conductors are presented, along with a discussion of means by which the observed data can be used to determine the corona performance of 3-phase transmission lines.
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Economic considerations often limit the use of full-scale 3-phase test lines for the investigation of transmission-line corona effects. Testing of a large number of different conductor configurations can be more conveniently and efficiently carried out on comparatively short sections of conductors on single-phase test lines and in test cages. Techniques for measuring the single-phase corona performance of conductors are presented, along with a discussion of means by which the observed data can be used to determine the corona performance of 3-phase transmission lines.
Key concepts: Electric power transmission, Electrical conductor, Conductor, Overhead line, Overhead (engineering), Transmission line, Corona (planetary geology), Electrical engineering