Selection of Power Supply Mode of Transmission Monitoring Device in Plateau Area Based on Clustering Analysis of Meteorological Parameters
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Selection of Power Supply Mode of Transmission Monitoring Device in Plateau Area Based on Clustering Analysis of Meteorological Parameters
Vol. 43, Issue 5, Pages: 5-10(2020)
作者机构:
国网四川省电力公司电力科学研究院
作者简介:
基金信息:
DOI:
CLC:TM835
Published:2020
稿件说明:
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Ma Xiaomin. Selection of Power Supply Mode of Transmission Monitoring Device in Plateau Area Based on Clustering Analysis of Meteorological Parameters[J]. 2020, 43(5): 5-10.
DOI:
Ma Xiaomin. Selection of Power Supply Mode of Transmission Monitoring Device in Plateau Area Based on Clustering Analysis of Meteorological Parameters[J]. 2020, 43(5): 5-10.DOI:
Selection of Power Supply Mode of Transmission Monitoring Device in Plateau Area Based on Clustering Analysis of Meteorological Parameters
Online monitoring is an important means to guarantee the safe operation and implement risk control and intelligent operation inspection in large power grid. Unlike substation equipment
the outstanding function of transmission equipment lies in these plateau areas with remote traffic
complex geographic conditions
difficult operation and maintenance management. The adaptability problems of insufficient power supply and long endurance time of monitoring devices are prominent and its operation status highly depends on the environmental and meteorological conditions through which transmission lines pass
so the selection of environmental meteorological judgment is particularly important. The key environmental meteorological factors affecting power supply selection for online monitoring of transmission equipment in plateau area are proposed
and clustering algorithm is used to realize environmental meteorological classification in plateau area. Four typical meteorological regions affecting power supply selection of online monitoring devices for transmission lines in plateau area are obtained. Furthermore
some suggestions on the universality of power supply mode selection of online monitoring devices for transmission lines in each typical meteorological region are proposed
which can provide a reference for power supply selection for online monitoring construction and transformation of transmission lines in those areas.