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智能配电房的技术重点、难点及解决方案研究

Research on Technical Key, Difficulty and Solution of Smart Distribution Substation

  • 摘要:
        目的   为了创造良好的运行环境,提高供电可靠性和运维工作效率,创造安全、可靠、高效、自愈的智能配电房。
        方法   经过大量的配电房环境和运维现状问题统计分析,提出了智能配电房建设的必要性,并在充分国内外监控设备技术调研基础上,研究出智能配电房建设的技术路线,总结了智能配电房在推广建设将遇到的各种技术难点,并联合相关设备厂家深入研究和在项目试点运行分析,利用微正压通风技术、无源无线传感检测技术、智能联动和远程控制技术、基于图像识别的人工智能技术、关键传感器安装方式实现零加工、零破坏等多种先进性技术。
        结果   最终解决了智能配电房循环通风、消除凝露点、智能运维场景创造、设备状态监测等技术重点、难点,满足了智能配电房不需要人工运维、不停电安装、不影响设备检修等建设要求。
        结论   所提出的解决方案已列入智能配电房相关标准技术文件,并在智能配电房建设中推广使用。

     

    Abstract:
        Introduction   The paper aims to establish a favorably operating environment, improve the reliability of power supply and operation and maintenance efficiency, and construct a safe, reliable, efficient and self-healing smart distribution station.
        Methods   In this paper, a large number of distribution station environment and maintenance problems were statistically analysed, and put forward the necessity of the constructing smart distribution station, and developed the technical route of the construction of smart distribution station on the basis of full investigation of monitoring equipment technology, then summarized the technical difficulties encountered in the promotion and construction of smart distribution station, made further research of pilot operation analysis of the project with the relevant equipment manufacturers, using micro-positive pressure ventilation technology, passive wireless sensor detection technology, intelligent linkage and remote control technology, artificial intelligence technology based on image recognition, installation of key sensors to achieve non-processing, non-damage and other advanced technologies.
        Result   The results we solved the key technical points and difficulties of circulating ventilation, eliminating dew point, creating intelligent operation and maintenance scenes and monitoring equipment status of smart distribution station, then satisfied the construction requirements of no manual operation and maintenance, no power failure installation and no influence.
        Conclusion   The solution proposed is not only included in the standard technical document of smart distribution station, but also extensive used in the construction of smart distribution station.

     

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