Investigation on conductivity measurement of alternative insulating oils in conjunction with different electrode materials under DC stress
Investigation on conductivity measurement of alternative insulating oils in conjunction with different electrode materials under DC stress
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直流应力下替代绝缘油与不同电极材料电导率测量的研究
DOI：
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发表时间：
2017
期刊：
影响因子：
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通讯作者：
F. Jenau
中科院分区：
文献类型：
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作者：
Patrick Rumpelt;F. Jenau
考虑替代绝缘油，包括Midel 7131（合成油）和FR 3（植物油）在HVDC变压器中的应用是新的。这一观察结果支持了通过换流变压器将清洁和可持续的能源远距离输送到消费者的想法，换流变压器也配备了可持续的，对环境负责的绝缘油。电导率行为的必要知识是当前研究的目的[1，2]。这些研究补充了使用各种电极材料的替代绝缘油。例如，铜对于成像更真实的布置起着重要作用。这里研究的其他电极材料是铝、不锈钢和黄铜。
The consideration of alternative insulating oils, including Midel7131 (synthetic oil) and FR3 (vegetable oil) for an application in HVDC transformers is new. This observation supports the idea to transport clean and sustainable energy over long distances to the consumers with converter transformers, which also are equipped with sustainable, environmentally responsible insulating oils. The necessary knowledge of the conductivity behavior is purpose in current investigations [1,2]. The investigations complement the alternative insulating oils with the use of various electrode materials. Copper for example plays an important role to image a more realistic arrangement. Other electrode materials which examined here are aluminum, stainless steel and brass.