Evaluation Index System of Fire Extinguishing Agent Suitable for Transformer Oil Fire Based on Entropy Weight TOPSIS

Haibin Zhang, Shilei Huang, Jiaqing Zhang, Wen Shi, Fengju Shang, D. Kong, Bingqing Li, Wanru Hong
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Abstract

With the increase in the number of transformers., the internal transformer oil fire protection is severe. Under various situations., the effectiveness of foam extinguishing agent in suppressing fires varies substantially. This research establishes a targeted evaluation index system appropriate for transformer oil fire based on the relevant national standards and researches., and then formulates the value standard of each index based on the relevant national standards and experimental data in order to choose the most suitable foam fire extinguishing agent for transformer oil fire. The research then uses the entropy weight TOPSIS approach to evaluate the applicability of three different types of foam extinguishing agents based on the index system. The results demonstrated that fluoroprotein foam performs most effectively overall. As a result., choosing fluoroprotein foam as the substation foam extinguishing agent is advised.
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基于熵权TOPSIS的变压器油火灾灭火剂评价指标体系
随着变压器数量的增加。,变压器内部油防火严重。在各种情况下。,泡沫灭火剂的灭火效果差别很大。本研究在相关国家标准和研究的基础上,建立了适合于变压器油火灾的针对性评价指标体系。,然后根据相关国家标准和实验数据制定各项指标的数值标准,以便为变压器油火灾选择最合适的泡沫灭火剂。在此基础上,采用熵权TOPSIS方法对三种不同类型泡沫灭火剂的适用性进行了评价。结果表明,氟蛋白泡沫的整体性能最有效。因此。,建议选用氟蛋白泡沫作为变电站泡沫灭火剂。
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