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Optimization of Bio-based Liquid Transformer Insulator using MOORA Method

机译:利用Moora方法优化生物基液体变压器绝缘子

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This research investigation was performed to seek the bio-based alternative for the liquid insulator in transformers. The current investigation aims to examine the effect of oil rancidity on the dielectric strength of bio-based oils along with the other preliminary examinations like fire point, flash point, and viscosity. Sunflower oil portrayed the notable performance under all the tests that were conducted. The exposure to the conditioned atmosphere uncovered the presence of a huge variation in DBV of bio-based oil the affirming that the rancidity of oil degrades the insulating ability of the oil. The multi-objective optimization tool MOORA (Multi-Objective Optimization based on Ratio Analysis) was utilized to optimize and select the best oil sample. Upon considering the outcome of all the tests performed and MOORA, sunflower oil was ranked first.
机译:进行了该研究,以寻求变压器中液体绝缘体的生物基础替代品。 目前的调查旨在检验油酸速度对生物基油介电强度的影响以及火点,闪点和粘度等其他初步检查。 向日葵油描绘了在所进行的所有测试下的显着性能。 暴露于调节气氛的暴露揭示了生物基油DBV的巨大变化的存在,肯定的是油的速度降低了油的绝缘能力。 多目标优化工具Moora(基于比率分析的多目标优化)用于优化和选择最佳油样。 考虑到所执行所有测试和Moora的结果,向日葵油排名第一。

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