基于声学可视化的GIS击穿定位系统研制及应用

Development and Application of Acoustic Visual GIS Breakdown Location System

针对传统GIS耐压击穿定位方法精度不高、测点布置工作繁杂等问题,开展了基于声学可视化技术的GIS击穿定位方法研究。通过对声学可视化击穿定位原理的深入分析,确定了声学可视化击穿定位系统的总体设计方案,研制了高度一体式的声学可视化定位装置,并基于定位分析流程开发了流程化的定位监控软件,整个定位系统通过无线方式组网,并采用非接触式布置方案,极大提高了现场测试效率。通过试验现场应用,验证了该定位系统能够有效实现GIS耐压击穿定位,可视化的定位结果具有较高的定位精度。

Aiming at the problems of low precision and complex layout of measuring points in traditional GIS breakdown location methods,a GIS breakdown location method based on acoustic visualization technology was studied.Through the in-depth analysis of the principle of acoustic visual breakdown positioning,the overall design scheme of acoustic visual breakdown positioning system was determined,a highly integrated acoustic visual positioning device was developed,and the flow-based positioning monitoring software was developed based on the positioning analysis process.The whole positioning system was networked through wireless mode and adopted non-contact layout scheme,which greatly improved the field test efficiency.Through the test field application,it is verified that the positioning system can effectively realize GIS positioning,and the visual positioning results have high positioning accuracy.