| Title |
Assessment of the Electrical Environmental Characteristics to Decide Optimal Bundle Type for HVDC pm500kV Overhead Transmission Lines |
| Authors |
주윤노(Ju, Mun-No) ; 길경석(Kil, Gyung-Suk) ; 양광호(Yang, Kwang-Ho) ; 이성두(Lee, Sung-Doo) ; 황기현(Hwang, Gi-Hyun) |
| Keywords |
Corona Cage ; Radio Noise ; Audible Noise ; Corona Current ; Environment and HVDC Transmission |
| Abstract |
Corona interferences, such as radio noise, audible noise and television noise, need to be taken into account in the design of HVDC transmission line conductor configuration. Therefore the line designer requires data from which to estimate the corona performance of any set of conductors. To get a sufficiently complete set of design data, it is necessary to examine the corona test of a large number of conductor geometries. This paper presents the results of corona cage test among three types of candidate conductors. It is quite clear from test results that the conductor geometries play an important role in establishing the magnitude of corona noise. Corona noise data from corona cage test are expressed as a statistical distribution of results obtained over long periods of time and various weather conditions. Therefore we can determine an environmentally-friendly conductor bundle for HVDC overhead transmission line. Based on this finding results, various simulations about HVDC line configurations, such as pole space and pole height, will be conducted. And then finally an optimal configuration for HVDC transmission line will be decided. |