首页> 外文会议>Innovative Smart Grid Technologies Asia (ISGT), 2011 IEEE PES >Using a remote system to study the thermal properties of a vegetable oil filled power transformer: How does operation differ from mineral oil
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Using a remote system to study the thermal properties of a vegetable oil filled power transformer: How does operation differ from mineral oil

机译:使用远程系统研究植物油填充电力变压器的热特性:操作与矿物油有何不同

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There has been much discussion on the properties of natural esters and how they can be best applied as a transformer dielectric. The thermal properties of natural esters are different from those of mineral oil. A difficulty with investigating the thermal properties is that it is uncommon to find the same transformer design filled with different fluids. Two 90MVA power transformers were manufactured to the same design and installed in the south east of England, UK, where they were connected to the internet via a private connection. The transformers have been filled with different dielectrics, one being mineral oil and the other a natural ester. Remote monitoring has allowed us to perform a field study on the thermal properties of a natural ester and their effect on the operation of the transformer. The investigation shows that despite the viscosity affecting the cooling capability a power transformer can be designed so that there is little effect on its temperature. This study also demonstrates the advantage of remote monitoring, where a team in Australia can oversee a transformer on the other side of the world.
机译:关于天然酯的性质以及如何将它们最好地用作变压器电介质,已有很多讨论。天然酯的热性质不同于矿物油。研究热性能的一个困难是,找到充满不同流体的相同变压器设计并不常见。两台90MVA电力变压器按照相同的设计制造,并安装在英国英格兰东南部,通过专用连接与互联网相连。变压器充满了不同的电介质,一种是矿物油,另一种是天然酯。远程监控使我们能够对天然酯的热特性及其对变压器运行的影响进行现场研究。调查表明,尽管粘度会影响冷却能力,但可以设计功率变压器,从而对其温度影响很小。这项研究还证明了远程监控的优势,在澳大利亚,一个团队可以监督世界另一端的变压器。

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