电力电缆故障探测技术的应用与效果探析
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摘要
现代社会经济的快速发展,使得各行各业都面临着新的发展形式。社会生产生活过程中,对电能的需求不断增加。为了有效降低输配电过程中产生的电能损失,现在电网系统会采取高压或者超高压输送方式。整个高压供电系统的整体网络结构非常复杂,在实际供配电过程中易发生电缆故障,从而严重影响供配电安全和可靠性。为了能够精确定位电力电缆故障位置,及时采取措施进行维修,必须深入研究相应的电力电缆故障探测技术。
With the rapid development of modern society and economy,all walks of life are facing new forms of development. In the process of social production and life,the demand for electric energy is also increasing. In order to effectively reduce the loss of power generated in the process of transmission and distribution,the current power grid system will adopt high-voltage or ultra-high-voltage transmission mode. For the whole high-voltage power supply system,its overall network structure is very complex,and cable fault is very likely to occur in the actual process of supplying accessories,which will seriously affect the safety and reliability of power supply and distribution. In order to accurately locate power cable fault location and take timely measures for maintenance,it is necessary to conduct in-depth research on the corresponding power cable fault detection technology.
With the rapid development of modern society and economy,all walks of life are facing new forms of development. In the process of social production and life,the demand for electric energy is also increasing. In order to effectively reduce the loss of power generated in the process of transmission and distribution,the current power grid system will adopt high-voltage or ultra-high-voltage transmission mode. For the whole high-voltage power supply system,its overall network structure is very complex,and cable fault is very likely to occur in the actual process of supplying accessories,which will seriously affect the safety and reliability of power supply and distribution. In order to accurately locate power cable fault location and take timely measures for maintenance,it is necessary to conduct in-depth research on the corresponding power cable fault detection technology.
引文
[1]张继鹏.电缆出厂试验及故障定位若干问题分析[C].中国电工技术学会电线电缆专委会2004年会论文集,2004.
[2]魏书宁,龚仁喜,刘珺.电力电缆故障检测的方法与分析[C].2004中国企业自动化和信息化建设论坛暨中南六省区自动化学会学术年会,2004.
[2]魏书宁,龚仁喜,刘珺.电力电缆故障检测的方法与分析[C].2004中国企业自动化和信息化建设论坛暨中南六省区自动化学会学术年会,2004.