Novel Deicing Approach of Overhead Bundled Conductors of EHV Transmission Systems
Chang Guanghui, Sheng Su, Mingming Li, Chao Daifeng
Abstract
Chang Guanghui, Sheng Su, Mingming Li, Chao Daifeng
Abstract
Icing of overhead power lines is a serious problem for electric utilities. Various deicing approaches have been developed. However, there is not an economical and effective deicing approach for bundled conductors of extra-high-voltage transmission systems yet. An elaborate deicing approach designed by field operators is introduced in this letter. With the reconfiguration of bundled conductors from parallel connection to series connection, the approach can increase current flow through conductors, melt ice, and prevent ice accumulation.
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Icing of overhead power lines is a serious problem for electric utilities. Various deicing approaches have been developed. However, there is not an economical and effective deicing approach for bundled conductors of extra-high-voltage transmission systems yet. An elaborate deicing approach designed by field operators is introduced in this letter. With the reconfiguration of bundled conductors from parallel connection to series connection, the approach can increase current flow through conductors, melt ice, and prevent ice accumulation.
Key concepts: Electrical conductor, Electric power transmission, Overhead (engineering), Icing, Overhead line, Engineering, Electrical engineering, Control reconfiguration