2018
DOI: 10.20527/flux.v15i2.5117
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Pengaruh Kandungan Glukosa terhadap Arus Listrik pada Biobaterai dari Pasta Elektrolit Ketapang(Terminalia catappa L.)

Abstract: Pada penelitian sebelumnya, kami telah berhasil membuat biobaterai dari pasta elektrolit ketapang (Terminalia catappa L.). Namun demikian, peran glukosa dalam menghasilkan arus listrik dalam biobaterai masih menjadi suatu pertanyaan. Pada penelitian ini kami menyelidiki secara rinci akan kandungan glukosa dalam pasta elektrolit ketapang, dan melihat bagaimana hubungannya terhadap produksi arus listrik dalam biobaterai. Pengukuran kandungan glukosa dilakukan dengan menggunakan metode Miller, dimana nilai absorb… Show more

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Cited by 4 publications
(5 citation statements)
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“…It has better performance compared to biobatteries from betel nut paste with a power of 6.67 µW/cm² [13]; or else rotten tomatoes and coconut pulp with a power of 1.56 mW [23]. This was caused by the combined role of glucose in the tropical almond and the acid in the electrolyte paste [17,18]. As previously known, glucose is one of the promising energy resources used in biofuel cells because it is obtained by degrading cellulose [22,24].…”
Section: Resultsmentioning
confidence: 99%
See 1 more Smart Citation
“…It has better performance compared to biobatteries from betel nut paste with a power of 6.67 µW/cm² [13]; or else rotten tomatoes and coconut pulp with a power of 1.56 mW [23]. This was caused by the combined role of glucose in the tropical almond and the acid in the electrolyte paste [17,18]. As previously known, glucose is one of the promising energy resources used in biofuel cells because it is obtained by degrading cellulose [22,24].…”
Section: Resultsmentioning
confidence: 99%
“…Therefore, tropical almond paste-based biobattery is a good alternative, because it is available in large quantities and is not a source of food [15] . The biobattery energy source comes from the glucose content, where fresh tropical almond pasta can have a glucose concentration of 23.9 mg/ml, which can produce a current of 1 mA, with a 100 resistor [17] . Although the glucose content of the tropical almond has been proven to play a dominant role, the addition of acetic acid is known to be very effective in increasing the performance of biobatteries [18] .…”
Section: Introductionmentioning
confidence: 99%
“…Arus bio-baterai kulit nanas murni dan dengan penambahan pasta aki bernilai nol pada hari ke-7, sedangkan bio-baterai kulit nanas dengan penambahan pasta aki dan natrium bertahan sampai hari ke-8. Penurunan nilai arus sejalan dengan penelitian yang dilakukan oleh [33], [34].…”
Section: Hasil Uji Penurunan Arusunclassified
“…Sama halnya dengan baterai konvensional, komponen utama biobaterai, yaitu anoda (-), katoda (+), dan elektrolit. Letak perbedaannya yaitu pada biobaterai elektorit yang digunakan Uniska PPJ-Daltonjurnal berupa senyawa organik (Hotang et al, 2018). Bagian-bagian biobaterai dapat dilihat pada Gambar 1.…”
Section: Hasil Dan Pembahasan 1 Struktur Biobateraiunclassified