执行高压熔断器的新解决方案,以保护包含电力变压器的电网

M. Duta, S. Vlase, N. Anoaica, V. Voicu, D. Iovan, A. Benea, C. Salceanu, C. Dobrea
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引用次数: 0

摘要

本文介绍了对IEC 60282-1 /2009中定义的用于保护与电能分配有关的电路的经典限流熔断器的建设性解决方案进行现代化研究的结果。现代化的限流熔断器,不消耗银和铜,用于保护与电能分配有关的高压电路,是基于专利申请:A/00131的07-02-2013“限流熔断器的替代元件”。现代化包括在不降低产品技术性能的情况下,通过完全消除稀缺的银和铜材料的消耗,并用电化学保护的电工铝代替它们,提高高压限流熔断器的构造效率。同时,通过使用复合硅绝缘,将消除耗电元件,即替换元件帽的支撑绝缘子。通过在支撑绝缘子上使用复合硅绝缘,与当前替换元件帽的现有绝缘子相比,其泄漏路径更高,可在恶劣环境条件下安全运行,符合IEC 60282-1 /5.16/。
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New solutions for carrying out high voltage fuses for the protection of grids containing power transformers
This article presents the result of the research carried out for the modernization of the constructive solutions for classic current limiting fuses defined in IEC 60282-1 /2009 used for the protection of electric circuits pertaining to the distribution of electric energy. The modernization of the current limiting fuses, without silver and copper consumption, for the protection of high voltage electric circuits pertaining to the distribution of electric energy is based on the patent application: A/00131 of 07-02-2013 “Replacement elements for current limiting fuses”. The modernization consists in increasing the efficiency of the construction of high voltage current limiting fuses by completely eliminating scarce silver and copper materials consumption and replacing them with electrochemically protected electrotechnical aluminum, without diminishing the technical performance of the products. At the same time, by using the composite-silicone insulation, the power consuming components, namely the support insulators of replacement elements caps will be eliminated. By using the composite-silicone insulation for the support insulators with a leakage path that is higher in comparison to the existing insulators of the current replacement elements caps, a safe operation in severe environment conditions is provided, in accordance with IEC 60282-1 /5.16/.
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