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CF3I Gas Mixtures: Breakdown Characteristics and Potential for Electrical Insulation

机译:CF3I气体混合物:击穿特性和电绝缘的潜力

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摘要

SF6 is a potent greenhouse gas, and there has been research into more environmental friendly alternative gases with the aim of replacing the use of SF6 gas in high-voltage equipment. So far, the research into alternative gases has shown that CF3I gas mixtures have promising dielectric properties comparable to those of SF6. This paper provides an overview of research into CF3I gas and its mixtures, and gives an insight into its key properties. These include laboratory tests on the gas mixtures and initial applications to electrical power equipment. The insulation capability makes CF3I a feasible alternative to SF6 as an insulation medium where arc quenching is not required. On the other hand, iodine deposition after electrical discharge means CF3I may not be a suitable arc quenching gas for switchgear applications that require high current interruption unless a solution is found for controlled capture of the iodine.
机译:SF6是一种有力的温室气体,为了替代高压设备中使用SF6气体,已经进行了对更环保的替代气体的研究。到目前为止,对替代气体的研究表明,CF3I气体混合物具有与SF6相当的有前途的介电性能。本文概述了CF3I气体及其混合物的研究,并深入介绍了其关键特性。其中包括对混合气体的实验室测试以及对电力设备的初始应用。绝缘能力使CF3I成为SF6的可行替代品,成为不需要灭弧的绝缘介质。另一方面,在放电装置CF3I之后的碘沉积对于要求高电流中断的开关设备来说可能不是合适的灭弧气体,除非找到一种解决方案来控制碘的捕获。

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