Characteristics Analysis and Prevention Countermeasures of Bird-caused Damages for Overhead Transmission Lines in Hunan Power Grid
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Characteristics Analysis and Prevention Countermeasures of Bird-caused Damages for Overhead Transmission Lines in Hunan Power Grid
Vol. 42, Issue 12, Pages: 3853-3860(2016)
作者机构:
1. 国网湖南省电力公司电力科学研究院
2. 国网湖南省电力公司益阳供电分公司
作者简介:
基金信息:
DOI:
CLC:
Published Online:31 December 2016,
Published:2016
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CHAO Yafeng, XU Zhiqiang, YUE Yishi, et al. Characteristics Analysis and Prevention Countermeasures of Bird-caused Damages for Overhead Transmission Lines in Hunan Power Grid[J]. 2016, 42(12): 3853-3860.
DOI:
CHAO Yafeng, XU Zhiqiang, YUE Yishi, et al. Characteristics Analysis and Prevention Countermeasures of Bird-caused Damages for Overhead Transmission Lines in Hunan Power Grid[J]. 2016, 42(12): 3853-3860.DOI:
Characteristics Analysis and Prevention Countermeasures of Bird-caused Damages for Overhead Transmission Lines in Hunan Power Grid
In order to study the characteristics of bird-caused damage in Hunan Power Grid and put forward precautionary measures
we statistically observed bird activities in Hunan Power Grid. According to the statistics
we found that there were 463 kinds of birds in Hunan Province
among which 13 species were found to be involved in the bird-caused damage of transmission line in Hunan. Based on the statistical analysis of bird-caused damage in overhead transmission lines in Hunan Province from 2006 to 2016
it is found that the fault points of Hunan Power Grid are in inverted V shape in Hunan Province
which meets the distribution of the bird’s nest on the transmission lines tower. The bird-caused damage points are mostly nearby the source of water
and the occurrence of bird damage between 2: 00-8: 00 accounts for 67.60% of the total number of birds
the occurrence of bird damage in October to January of the following year accounts for 64.79% of the total number of bird victims
the type of fault is guano(85.92%). The mid phrase of insulator strings more easily leads to bird-caused damages than the tow side phrase
and the former ratio is about two times the latter. The bird-caused damages are mainly concentrated on the 110 k V and 220 k V transmission lines
and the highest probability is the suspension sting of V type and I type. The bird-caused damages have little relationship with the material of insulators in Hunan Power Grid. The applications of the anti-bird devices in Hunan Power Grid are introduced and evaluated. The suggestions
such as to observe the bird behavior
to draw the risk distribution diagram of the bird-caused damages
to evaluate the bird-caused damages of the transmission lines
to take the proper anti-bird measures
and to bring the anti-bird-caused damages into the pre-feasibility study of the new transmission lines’ planning
Characteristics Analysis of Spatio-temporal Cluster of Lightning Based on Spatio-temporal Clustering
Full Automatic Inspection System and Its Demonstration Application Based on Robot for Overhead Transmission Lines
Natural Pollution Accumulation Characteristics of Composite Insulators for Overhead Transmission Lines in Hunan Power Grid
Research on Position-limited Anti-dancing Technology of Conductor for Overhead Transmission Lines
Optimization Design and Measurement Test of a Split Low/Zero Insulator Detection Robot for 500 kV Porcelain Insulator Strings
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