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Research on Gas within Transformer Oil Based on Photo-Spectroscopy Technology

机译:基于光谱技术的变压器油内气体研究

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Insulating oil is widely used in transformer and other large high-voltage electrical equipment.Its main functions are insulation, cooling and arc extinction. When the transformer runs, it may emit heat or discharge, which generate gas, micro water and trace metals in transformer oil. This will not only reduce the insulation capacity of insulating oil,and will greatly reduce the ability of its extinction, causing the transformers or other oil-filled electrical equipment appearing Internal latent malfunction, which would affect the operation of equipment. In this Paper, we simulate the transformer discharge effect to discharge in transformer oil. Then we use spectral theory and photo-spectroscopy technology to measure and analyse the oil sample, combining with IR absorption peaks of main fault characteristic gases, and qualitatively analyse CO, CO_2, CH4, C_2H_6, C_2H_4, C_2H_2, H_2 in gas mixture. The results show that the Fourier transform infrared spectroscopy can be very effective for analysing gases in transformer oil, which can quickly detect possible problems in the equipment.
机译:绝缘油被广泛用于变压器和其他大型高压电气设备中,其主要功能是绝缘,冷却和消弧。变压器运行时,它可能会散发热量或释放热量,从而产生气体,微量水和变压器油中的微量金属。这不仅会降低绝缘油的绝缘能力,而且会大大降低绝缘油的熄灭能力,从而导致变压器或其他充油电气设备出现内部潜在故障,从而影响设备的运行。在本文中,我们模拟了变压器放电对变压器油中放电的影响。然后利用光谱理论和光谱技术结合主要断层特征气体的红外吸收峰对油样进行测量和分析,对混合气中的CO,CO_2,CH4,C_2H_6,C_2H_4,C_2H_2,H_2进行定性分析。结果表明,傅立叶变换红外光谱法可以非常有效地分析变压器油中的气体,从而可以快速发现设备中可能存在的问题。

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