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Study of isolated contact temperature monitoring system based on optical wireless sensing technology

机译:基于光学无线传感技术的隔离式接触温度监测系统的研究

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In view of the high voltage, the strong magnetic field environment of the high-voltage switchgear, the system based on the optical wireless sensing technology, realizes the isolated contact temperature monitoring of the high-voltage switchgear. In this scheme, the good thermal conductivity and insulation ceramic materials were selected as the outer jacket material sensing probe, and the program had a good solution to the problem of high and low voltage isolation; The combination of the optical fiber composite insulators for wireless sensing, not only solves the problem of high voltage insulation, but also avoids the “creeping” phenomenon due to dust. The package of the structure and reasonable installation solves the cross sensitivity of strain. The application showed that the precision of temperature measurement of the system could reach ± 0.5 °C and could work in a variety of harsh environments. It could improve the reliability of the operation of the electrical equipment significantly and has considerable practical value for the whole power system.
机译:鉴于高压开关柜的高压,强磁场环境,基于光学无线传感技术的系统,实现了高压开关柜的隔离触点温度监控。在该方案中,选择了导热性能良好的绝缘陶瓷材料作为外套材料传感探头,该程序对高低压隔离问题有很好的解决方案。用于无线传感的光纤复合绝缘子的组合,不仅解决了高压绝缘的问题,而且避免了由于灰尘引起的“蠕变”现象。该结构的包装和合理的安装解决了应变的交叉敏感性。该应用表明,该系统的温度测量精度可以达到±0.5°C,并且可以在各种恶劣的环境下工作。可以显着提高电气设备运行的可靠性,对整个电力系统具有相当的实用价值。

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