变压器老化油的在线回收

J. Sabau
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引用次数: 9

摘要

福乐地球对老化变压器油的回收利用在电力工业中早已得到实践。虽然加工油的主要分析性能,如在100/spl℃下的耗散系数、界面张力(IFT)和总酸值(TAN)提高到新油的水平,但再生油的质量被认为是值得怀疑的。因此,基于状态的维护计划者认为,纯化的液体绝缘永远无法恢复新油的性能。现有的测试程序无法在实验室条件下确定的电应力下的氧化稳定性和气体倾向与实际生活中的油的性能之间建立定量关系,这一事实加剧了这种不信任。在过去的几年中,某些最先进的仪器制造商和增强的测试程序开发人员之间的合作为电力行业提供了消除这一缺陷的手段。本文旨在表明,适当回收的陈年油的质量可以与新油的质量竞争。因此,除了延长不可再生资源的生命周期外,液态绝缘材料的在线回收还可以防止纸质绝缘材料的过早老化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On line reclamation of aged transformer oils
The reclamation of aged transformer oils by Fuller's Earth has long been practised by the electrical power industry. Although the major analytical properties of processed oil such as the dissipation factor at 100/spl deg/C, the interfacial tension (IFT) and the total acid number (TAN) improve to the level of new oils, the quality of reclaimed oil is considered to be doubtful. Consequently, condition-based maintenance planners believe that purified liquid insulation can never regain the performance of new oil. This mistrust is fuelled by the fact that the existing testing procedures are not capable of establishing a quantitative relationship between oxidation stability and gassing tendency under electrical stress determined in laboratory conditions and the performance of oil in real life. Over the past years, the co-operation between certain state of the art instrument manufacturers and enhanced testing procedure developers has provided the electrical power industry with the means of eliminating this deficiency. This paper intends to show that the quality of properly reclaimed aged oils can successfully compete with that of new oils. Thus, in addition to extending the life cycle of a nonrenewable resource, the online reclamation of liquid insulation might also prevent the premature ageing of paper insulation.
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