Konfigurasi Serpentine-Paralel dan Paralel-Serpentine pada Pipa Fluida Pemanas Air Surya Sistem Thermosiphon

Authors

  • Rustan Hatib

DOI:

https://doi.org/10.21776/ub.jrm.2015.006.03.7

Keywords:

Serpentine-Parallel, Parallel-Serpentine, Solar Hot Water, Thermosiphon

Abstract

The aim of this research is to compare the performance of two differences tube configuration in solar hot water collector thermosiphon system of Serpentine-Parallel and Parallel-Serpentine. Not only the tubes configuration are not the same, but also the collector materials, such as hot water reservoir and heat absorber are differences. For example, fiberglass and stainless steel reservoirs are compared in terms of long-lasting heat isolation. Likewise, copper tubes configuration between serpentine-parallel and parallel-serpentine are shown in association with mass flow rates and times consume to heat the water within the tubes. The test results show that parallel-serpentine configuration has higher performance (around 50%) than that of serpentine-parallel (approximately 35%). It is possibly because of fluid velocity within the tube configuration.

References

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Handoyo, E.A., 2000, “Perbandingan Konfigurasi Pipa Paralel dan Serpentine pada Unjuk Kerja Kolektor Surya Plat Datar, diakses di Internet pada http://puslit.petra.ac.id/journals/mechanical

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Mustofa, Rahman Y.A., Muchsin & Hatib R., 2013a, “A New Copper Tube Configuration of Solar Water Heating Collector: Single and Doubleâ€, Proceeding of Engineering International Conference, Semarang, pp. 1-4, ISBN 97925-2784

Mustofa, Rahman Y. A., Muchsin & Nugraha R.C.G., 2013b, “Hybrid Plat Datar dan Gelombang Sinusoidal pada Kolektor Pemanas Air Suryaâ€, Prosiding Seminar Nasional Teknologi Industri I, Makassar, ISBN 978-602-14537-0-4, hal. 99-105.

Supriadi (2010), Uji Performansi Kolektor Panas Surya Plat Datar dan Plat Gelombang Dengan Variasi Jarak Dua Kaca Penutup, Tugas Akhir, Jurusan Fisika FMIPA, UNS.

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Published

2015-12-25

Issue

Vol. 6 No. 3 (2015)

Section

Articles

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