RULE SURAM PADA SISTEM PENGENDALI PENGERING KAYU TENAGA PANAS SURYA
Abstract
Radiasi SURya dan Temperatur AMbient merupakan faktor yang sangat mempengaruhi dalam proses pengeringan kayu teanaga panas surya. Rule suram ini merupakan aturan yang berbasis logika fuzzy dengan memuat keadaan cuaca dan kondisi udara yang diimplementasikan pada proses pengeringan kayu. Rule suram merupakan produk dari pengaturan membership function dari fuzzy controller yang bekerja berdasarkan kecepatan antisipasi pada kondisi perubahan temperatur ambien dan humiditi ambien untuk secara cepat mengaktifkan aktuator. Diperoleh 8 rule kontrol keluaran untuk memanfaatkan operator logika fuzzy yang diimplementasikan pada alat pengering kayu tenaga surya tenaga surya agar secepat mungkin tanggap akan keadaan sekitarnya, sehingga akan mampu mengoptimalkan pemanfaatan penggunaan energi surya, sesuai jadwal pengeringan kayu.
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Tjoeng, T.T, 1992, Studi perancangan otomatisasi sistem akuisisi data dan kontrol untuk sejumlah kamar pengering kayu, Tugas Akhir, Jurusan Teknik Fisika, ITB-Bandung.
Laurenzi, W., V.Popa, Gh.Comsa, 2003, Computer Aided Design Of Drying Schedules In Order To Control The Drying Process, 8th International IUFRO Wood Drying Conference, page 302 – 307.
Larsson, R., 2003, Implementation of Adaptive Control Systems in Industrial Dry Kiln, 8th International IUFRO Wood Drying Conference, page 397 – 400.
Nogueira, A., et all, 2005, Simulation and control strategies for an energetically efficient wood drying process, EFITA/WCCA Joint Congress on IT in Agriculture, Vila Real Portugal, page 244 -251.
Virginia Tech, Virginia Cooperative Extension, Virginia State University,2007, Design Of Solar-Heated Dry Kiln, 2007
Sudjono, S., PT Kalimanis Plywood Industries Samarinda, 1998, Proses Pengeringan Kayu, Prosiding Seminar Peningkatan Daya Saing Produk Kayu Melalui Pengembagan Teknologi Pengeringan, UPT-LSDE Direktorat Konversi dan Konservasi Energi BPPT – NEDO-ENAA Japan- Kantor Wilayah Departemen Perindustrian dan Perdagangan Propinsi Kalimantan Timur, Masyarakat Perhutani Indonesia Badan Koordinasi Daerah Kalimantan Timur, Samarinda, 27 Pebruari 1998.
Kantay, R., Oner Unsal, Suleyman Korkut, 2002, Drying problems of fast growing tree species : Evaluation of Maritime pine (Pinus pinaster Alt) and Eucalyptus (Eucalyptus camaldulensis Dehn) wood., Proceedings International IUFRO Meeting Management of fast Growing Plantations, DIV.4.04.06,pp 208-212, 11th- 13th September 2002, Izmit-Turkey.
Haque.M.N., 2002, Modelling of Solar Kilns and The Development of An Optimised Schedule for Drying Hardwood Timber, Thesis Ph.D., Department of Chemical Engineering, University of Sydney., 354p.
Garrahan.P., and Jeff Kidlark, 2001, Drying Hardwoods - Northern Hardwood Initiative : Industry Resource Manual, Forintek Canada Corp, 2665 East Mall, Vancauver, B.C. V6I 1W5.
Ray. D.C., Neelesh Gataani., Enrique Del Castillo. And Paul Blankenhorn, 2005, Time Series Techniques for Dynamics: real time control of Wood-Drying Proceses, Forrest Products Journal, Vol 55., No. 10., pp. 64 - 71
Mel-Lynda Andersen, 2007, Kiln Controls, Logging and Sawmilling Journal (L&S J) and TimberWest Journal, http://www.forestnet.com
Mühlböck, Wood Drying Systems - Drying Kilns with High-tech Controllers http://www.automationletter.com/index.php?id=337&L=4, 23-11-2007
James E. Reeb, Wood Products and Utilization Specialist Drying Wood,
http://www.ca.uky.edu/agc/pubs/for/for55/for55.htm, 4-05-2007.
Automated Aquarium Systems™, Fully Assembled and Tested : Mini Humidity & Temperature Control System, http://www.automatedaquariums.com/RH_Temp_sys.htm, 20 06-2007
MC McCurdy1; S Pang1; R B , Surface Colour Change In Wood During Drying : Above And And Below Fibre Saturation Point, http://www.scielo.cl/scielo.php?pid=S0718-221X2006000100004&script=sci_arttext, 4-05-2007
Department of Hydrothermal Wood Processing and Modification of Wood, Faculty of Wood Technology, The August Cieszkowski Agricultural University of Poznan, Poland
James E. Reeb, Wood Products and Utilization Specialist Drying Wood,
http://www.ca.uky.edu/agc/pubs/for/for55/for55.htm, 4-05-2007.
Almelo Dry Kiln, http://www.hb almelo.nl/engels/Droogkamers/Droogalgemeenuk.htm, 8-5-2007
Compliments of CSIRO, Forestry and Forest Products,Factors Effecting Drying http://sresassociated. anu.edu.au/fpt/drying/intro.html#factors, 23-11-2007
Reeb, J.E., 1997, Drying Wood, University Of Kentucky Cooperative Extension Service, College Of Agriculture
Müller, J., Solar Drying Kilns for Wood, Thermo-System Industrie- und Troknungstechnik GmbH, Germany, www.thermo-system.com, 23-11-2007
Joshi, C.B., B.D.Pradhan, and T.P.Pathak, 1999, Application of Solar Drying Systems in Rural Nepal, Research Center for Applied Science and Technolofy (RECAST) Tribhuvan University, Kathmandu Nepal.
Alvear, M., W.Broche, C.Salinas, and R.A. Ananias, 2003, Drying Kinetic Of Chilean Coigüe : Study Of Global Drying Coefficient, 8th nternational IUFRO Wood Drying Conference-2003 page 383 – 387
Sun, Z.F., C.G.Carrington., C.Davis, Q.Sun, and S.Pang, 2003, Drying Radiata Pine Timber under Dehumidifier Conditions : Comparison Of Modelled Results with Experimental Results, 8th international IUFRO Wood Drying Conference-2003 page 39 – 44
Khiang, T.K., Marzuki Khalid, and Rubiyah Yusof, 1995, Intelligent Elevator Control By Ordinal Structure Fuzzy Logic Algorithm, Center for Artificial Intelligence and Robotics Universiti Teknologi Malaya.
Widłak, H., Jerzy Majka, 2004, Investigation Of Relation Between Moisture Content Decrease and Water Mass Flow Removed From A Kiln, Electronic Journal Of Polish Agricultural niversities – Wood Technology Vol.7Issue 2
Solar Kiln Designs --- Solar Heated, Lumber Dry Kiln Designs
http://www.woodweb.com/knowledge_base/Solar_Kiln_Designs_2.html, 27-11-2007
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