高压高温实验室测试用高压穿透器的设计

J. Aakervik, G. Berg, S. Hvidsten
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引用次数: 6

摘要

高压设备和可靠的电源是海底处理的关键。这项工作的目的是开发一种用于实验室高压容器的小型高压穿透器。这种设备可以方便地在相关海底条件下对模型和材料进行高压和电流测试。结果表明,该穿甲弹可承受90℃、500 bar的静水压差6个月以上。穿透器的击穿电压仅受设计中使用的型号电缆的限制,因此使用高压级电缆具有吸引力。通过使用合适的充油终端,可以实现对受压试验对象的敏感局部放电测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of a high voltage penetrator for high pressure and temperature laboratory testing
High voltage apparatus and reliable power supply are of vital importance for subsea processing. The purpose of this work has been to develop a small high voltage penetrator for use with high pressure vessels in the laboratory. Such equipment can facilitate high voltage and current testing of models and materials at relevant subsea conditions. It is shown that the penetrator can withstand a hydrostatic differential pressure of 500 bars and 90°C for more than 6 months. The breakdown voltage of the penetrator is only limited by the model cable used in the design, making it attractive to use high voltage class cables. Sensitive partial discharge measurements of pressurized test objects can be implemented by using adapted oil-filled terminations.
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