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海底电缆运行状态监测技术及应用

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海底电缆作为海上风电场的重要组成部分,承担着传输电力的重要任务.然而,海底电缆面临着海洋环境的严峻考验,如海水、海浪、海底地形、海洋生物等都可能对电缆造成损害.此外,海底电缆运行中会出现各种故障,如线路短路、设备损坏等,这些故障会对海底电缆带来严重的影响,甚至引发事故.因此,实现对海底电缆运行状态的监测成为当前风电行业亟待解决的问题之一.海底电缆运行状态监测技术从传统的现场巡检,逐渐发展到基于物联网、大数据和人工智能等技术的智能化监测,正朝着更加智能、高效和精准的方向发展.文章针对海底电缆运行状态监测技术及应用进行分析.
Monitoring Technology and Application of Submarine Cable Operation Status
With the growing global demand for clean energy,the construction of offshore wind farms has gradually become the key to sustainable energy development.As an important part of offshore wind farm,submarine cable undertakes the important task of power transmission.However,the submarine cable is facing the severe test of the Marine environment,such as sea water,waves,submarine terrain,Marine life,etc.,may cause damage to the cable.In addition,there will inevitably be various faults in the operation of submarine cables,such as line short circuit,equipment damage,etc.These faults will have a serious impact on submarine cables,and even cause accidents.Therefore,the realization of monitoring the operating status of submarine cables has become one of the urgent problems to be solved in the current wind power industry.Submarine cable operation status monitoring technology has gradually developed from traditional on-site inspection to intelligent monitoring based on technologies such as the Internet of Things,big data and artificial intelligence,and is developing in a more intelligent,efficient and accurate direction.Based on this,the paper focuses on the analysis of the technology and application of submarine cable operating condition monitoring.

submarine cablesoperating statusmonitoring technologyapplication analysis

王伟、王晓智、王爱武

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海洋石油工程股份有限公司,天津 300461

海底电缆 运行状态 监测技术 应用分析

2024

电力系统装备
《机电商报》社

电力系统装备

影响因子:0.008
ISSN:1671-8992
年,卷(期):2024.(6)
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