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Trial design of compact solid insulated connection system and experimental investigation on its electrical insulation performance

机译:紧凑型固体绝缘连接系统的试验设计及其电绝缘性能的实验研究

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CRIEPI has been proposing the All Solid Insulated Substation, in which the compact solid insulated connection system is playing important role to give the All Solid Insulated Substation compact, easy for replacement of the equipment, and so on. For the connection system, most important factor for the electrical insulation is the high voltage withstand at the interface between the connection system and the power equipment. Thus the interface shape of the connection system has to be optimized. In this paper, we executed the trial design of the interface shape of the connection system. And the experimental investigation had been carried out for the electrical insulation performance of the interface section of the connection system using miniature models. As a result, the model of the connection system with less air layer in between the connection interface had higher breakdown voltage.
机译:CRIEPI一直在提议一种全固态绝缘变电站,其中紧凑的固态绝缘连接系统在使全固态绝缘变电站紧凑,易于更换设备等方面发挥着重要作用。对于连接系统,电气绝缘的最重要因素是在连接系统和电源设备之间的接口处承受的高压。因此,必须优化连接系统的接口形状。在本文中,我们对连接系统的界面形状进行了试验设计。并且使用微型模型对连接系统的接口部分的电绝缘性能进行了实验研究。结果,连接接口之间的空气层较少的连接系统模型具有较高的击穿电压。

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