Optimasi Dielektrika Isolator Polimer Silicone Rubber menggunakan Bahan Pengisi Limbah Coal Fly Ash

Jurnal Elkomika Pub Date : 2023-10-24 DOI:10.26760/elkomika.v11i4.1075

ANDI AMAR THAHARA, MARTIN CHOIRUL FATAH, IWA GARNIWA MULYANA, CHRISTIONO TIO, MIFTAHUL FIKRI

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Abstract

ABSTRAKBerdasarkan penelitian dengan judul “Electrical and Mechanical Properties of Fly Ash Filled Silicone Rubber for High Voltage Insulator” oleh Manjang dkk., (2015), telah dilakukan eksperimen uji karakteristik dielektrika fly ash sebagai filler pada isolator Silicone Rubber (SiR), namun belum adanya analisa optimasi komposisi kadar fly ash yang dilakukan, sehingga belum diperoleh nilai rekomendasi komposisi terbaik. Oleh karena itu, tujuan pada penelitian ini dilakukan studi lebih lanjut untuk menentukan nilai optimasi dari jenis komposisi pemanfaatan fly ash sebagai filler pada isolator SiR dengan metode analisa regresi kuadratik dan memperoleh model kuadrat komposisi fly as yang mengoptimalkan kekuatan dielektrika. Hasil optimasi komposisi fly ash pada pengujian sifat hidrofobik sebesar 20.69% dari komposisi fly ash dan pengujian permitivitas relatif sebesar 80% dari komposisi fly ash.Kata kunci: fly ash batu bara, filler, optimasi, regresi kuadratik, silicone rubber ABSTRACTBased on research entitled "Electrical and Mechanical Properties of Fly Ash Filled Silicone Rubber for High Voltage Insulators" by Manjang et al., (2015), experiments have been carried out to test the dielectric characteristics of fly ash as a filler on Silicone Rubber (SiR) insulators, but there is no the optimization analysis of the composition of the fly ash content was carried out, so that the best composition recommendation value has not been obtained. Therefore, the aim of this research is to conduct further studies to determine the optimization value of the type of composition utilizing fly ash as filler in SiR insulators using the quadratic regression analysis method and obtain a quadratic model of fly ash composition that optimizes dielectric strength. Optimization results of the fly ash composition in testing the hydrophobic properties of 20.69% of the fly ash composition and relative permittivity testing of 80% of the fly ash composition.Keywords: coal fly ash, filler, optimization, quadratic regression, silicone rubber

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使用煤粉煤灰废填充材料优化硅橡胶聚合物隔离器电介质

根据《飞灰电气与机械特性》，曼jang等公司的标题为“飞灰中充满硅橡胶橡胶绝缘材料”。(2015年),已经完成了测试实验dielektrika飞灰的特点作为填充物的硅胶绝缘橡胶(爵士),但还没有做的优化水平飞灰成分分析推荐,所以还没获得价值最好的成分。因此,这个研究的目的做进一步的研究价值,优化利用飞灰成分类型作为填充物的绝缘体kuadratik回归分析方法和模型获得爵士平方飞美国的优化dielektrika力量组成。优化结果飞灰成分组成的疏水性质测试高达20 . 69%飞灰和测试相对permitivitas飞灰成分的80%。关键词:飞灰煤、填充物,优化kuadratik回归,硅胶橡皮艇ABSTRACTBased on research炮友”电和机械性能的飞灰充满硅胶为《高电压Insulators橡皮艇Manjang et al . (2015), experiments有被carried out要测试《dielectric characteristics of飞灰as a在硅胶填充物,橡胶(先生)Insulators optimization分析》,但就没有composition of the飞灰内容是carried out,所以所谓的最佳组合没有被纳入。aim》这就是,这个研究是需要指挥更远studies of composition型optimization价值》到个重大utilizing飞灰用的填充物,在美国先生insulators quadratic regression飞灰的分析方法和模型得到a quadratic composition那optimizes dielectric力量。Optimization results of the飞灰composition in测试hydrophobic财产》20 . 69%苍蝇ash composition亲戚permittivity著作百科全书》《飞灰composition 80%的测试。安装:煤飞灰,填充物optimization quadratic regression,硅胶橡胶

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来源期刊

Jurnal Elkomika

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审稿时长

12 weeks