首页|多T接风电场集电线路自动巡检系统研究与设计

多T接风电场集电线路自动巡检系统研究与设计

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多T接长支路的风电场集电线路往往伴随多段电缆架空混架的情况,传统电抗法故障测距无法适用于现阶段风电场集电线路的故障排查.因此,从多T接电缆架空混架结构着手,分析了现阶段故障排查的难点与痛点,设计了一套多T接风电场集电线路自动巡检系统,并基于风电场集电线路的复杂结构解决了取能、数据传输以及自动定位等关键技术问题,从而为多T接混架风电场集电线路故障排查提供了理论技术支撑.
Research and Design of Automatic Inspection System for Collecting Lines in Multi-T Connected Wind Farm
The collection lines of wind farms with multi-T connected branches are often accompanied by multiple sections of cable overhead mixed structures.The traditional reactance method for fault location is not suitable for fault diagnosis of wind farm collection lines at present.Therefore,this paper starts with the multi-T connection cable overhead mixed frame structure,analyzes the difficulties and pain points of current fault diagnosis,designs an automatic inspection system for multi-T connection wind farm collection lines,and solves key technical problems such as energy acquisition,data transmission,and automatic positioning based on the complex structure of wind farm collection lines,thereby providing theoretical and technical support for fault diagnosis of multi-T connection mixed frame wind farm collection lines.

multi-T connectionwind farm collection lineshybrid linestechnical support

李超

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华电国际电力股份有限公司天津开发区分公司,天津 300000

多T接 风电场集电线路 混架线路 技术支撑

2024

自动化应用
重庆西南信息有限公司

自动化应用

影响因子:0.156
ISSN:1674-778X
年,卷(期):2024.65(14)