日盲紫外成像技术检测绝缘子放电的研究进展

Advances in the Detection of Insulator Discharges by Solar Blind UV Imaging

【目的】综述日盲紫外成像技术在绝缘子放电检测领域内的研究进展,指出当前研究的不足,为后续进一步研究提供参考。【方法】检索近些年内发表的相关文献,分析当前研究进展并归纳总结。【结果】介绍了日盲紫外成像技术在绝缘子放电检测、量化、评估3个方面的发展现状,分析了该领域内的部分研究方法与研究路线,总结了该技术目前面临的挑战,并提出了未来发展趋势。【结论】随着日盲紫外绝缘子放电检测技术的不断深入研究,搭载平台的多样化,将使得日盲紫外检测技术的应用场景得到扩展,相信日盲紫外绝缘子放电检测技术将会便捷、高效、安全、智能地服务于绝缘子放电检测工作,确保高压输电线路等电力系统的安全运行。

[Purposes]It reviews the research progress of solar-blind ultraviolet imaging technology in the field of insulator discharge detection, points out the shortcomings of the current research, and provides reference for further research directions. [Methods]Related literature published in recent years was searched, current research progress was analyzed and summarized. [Findings]It introduces the development status of solar-blind ultraviolet imaging technology in three aspects of insulator discharge detection, quantification and evaluation, analyzes some research methods and research routes in this field, summarizes the current challenges of this technology, and puts forward its future development trend. [Conclusions]With the continuous in-depth research on solar-blind ultraviolet insulator discharge detection technology, the diversification of carrying platforms will expand the application scenarios of solar-blind ultraviolet detection technology. It is believed that the solar-blind ultraviolet insulator discharge detection technology will serve the insulator discharge detection work conveniently, efficiently, safely and intelligently, and ensure the safe operation of power systems such as high-voltage transmission lines.