Peluang Energi terbarukan di Industri Pemanfaatan Termal Surya Pada Proses Pengeringan Kayu
DOI:
https://doi.org/10.29122/mipi.v7i1.3639Keywords:
Wood Dryer, Thermal Efficiencies, Solar Energy, CollectorAbstract
Konsep perpindahan Massa dan panas dalam suatu sistem memberikan pendekatan mendasar untuk memperkirakan efisiensi termal sistem pengeringan kayu energi surya. Efisiensi termal sendiri didefinisikan sebagai rasio panas teoritis dan aktual yang diperlukan selama proses pengeringan. Perhitungan panas didasarkan pada jumlah energi yang diserap oleh sistem. Hasil perhitungan menunjukkan bahwa efisiensi termal yang dapat dicapai dengan sistem pengeringan kayu energi surya pada kondisi ini dijelaskan dalam makalah ini adalah 17,1% dengan rasio 25,2%.
Mass and heat transfer concept in a system provide a fundamental approach for estimating thermal efficiency of solar energy wood drying system. The thermal efficiency itself is defined as ratio of theoretical and actual heat required during drying process. Heat calculation was based on amount of energy absorbed by the system. The calculation result showed that the thermal efficiency that could be achieved by this solar energy wood drying system at this condition described in this paper is 17.1% with the ratio of 25.2%.
References
Duffie, A. J, Beckman, A. W., Solar Energy Thermal Processes, John Willey & Sons, New York, 1974.
Mulato,S., Efisiensi Termal Rumah Asap, Perhitungan dan Masalahnya, Jurnal Menara Perkebunan, Jakarta, 1987.
Mulato,S. Amir, E. J., Silaban, M. , Pass, T. and Muhlbawer, W., Pemanfaatan Energi Matahari Untuk Pengeringan Buah Kelapa Dan Biji Kakao, Pros. Seminar Nasional Pengeringan Komoditas Pertanian, Badan Penelitian Dan Pengembangan Pertanian, Jakarta, Oktober 1990.
Santoso,B., (Pertimbangan Perbaikan Kualitas Kayu Memenuhi Standard Pasar Internasional), (Proc. Workshop Solar Thermal Energy Utilization System Drying Technology), BPP Teknologi, Jakarta, 1995.
Yahya A., D., Target Energi Mix Indonesia Tahun 2025, Menurut Perpres No.5 T ahun 2006, Media Indonesia, hal..A3, Jakarta, November 2006.
............,Technology Development For Industrial Application of Solar System, International Joint R&D Programme of Solar Thermal Energy Utilization System, ENAA- Tokyo Japan, March 1997.
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