ANALISA KOLEKTOR SURYA TIPE PELAT DATAR MENGGUNAKAN PIPA KALOR SEBAGAI PENGAMBIL PANAS PADA PENYERAP(ABSORBER)
DOI:
https://doi.org/10.21009/JKEM.1.1.8Keywords:
Kolektor Surya, Pipa KalorAbstract
Pemanfaatan potensial energi matahari yang kekal dan melimpah belum banyak diterapkan. Sumber energi ini mudah diperoleh terutama di daerah khatulistiwa, dan pemanfaatannya ramah lingkungan. Salah satu alat pengambil energi matahari dalam bentuk energi termal adalah kolektor surya. Penggunaan pipa kalor yang dapat merespons dengan cepat adanya panas yang datang dalam waktu singkat. Kolektor surya dengan luas penyerap 120 x 200 cm dan menggunakan pipa kalor berdiameter 1,78 cm sepanjang 128 cm sebagai pengambil panas dari absorber ke aliran air. Dalam penelitian ini akan diukur temperatur kolektor, air masuk dan keluar pengambil panas, serta energi yang berhasil diperoleh.
References
1. Chi, S.W., (1976), Heat Pipe Theory and Practice, Hemispere Publising Corporation, Washington.
2. Collier, John Gordon. (1981), Convective Boiling and Condensation, Second Edition, McGraw-Hill Book Company, London.
3. Dunn, P., and Reay, D A, (1982), Heat Pipes, Third Edition, Pergamon Press, Oxford United Kingdom.
4. Engineering Science Data Unit, 80013, (1980), Heat Pipe General Information, London United Kingdom.
5. Facao, Jorge., Olivera, Armando C. (2004), Analysis of a Plate Heat Pipe Solar Collector, International Conference on Suitable Energy Teechnologies, Nottingham, UK June 2004.
6. Facao, Jorge., Olivera, Armando C. (2002), Simulatiom of Thermal Behaviour of a Hybrid Heat Pipe Solar Collector, 1st International Conference on Suitable Energy Teechnologies, Portugal
7. Hagens, H., Ganzevles, F.L.A., Van der Geld, C.W.M., Grooten, M.H.M. (2007) Air Heat Exchanger with Long Heat Pipe : Experiment and Prediction, Applied Thermal Engineering 27, 2426-2434.
8. Hewiit, G.F., Shires, Bott, (2000), Process HeatTransfer, Begell House Inc, New York USA.
9. Huang,B.J., Lee, J.P., Chyng,J.P. (2005), Heat Pipe Enhance Solae Assisted Heat Pump Water Heater, Solar Energy 78 375 – 381.
10. Incropera, Frank P, and De Witt, David P., (1990), Introduction to Heat Transfer, Second Edition, John Wiley & Sons, New York.
11. Legierski, Jarosław., Wiecek, Bogusław., de Mey, Gilbert. (2006), Measurements and simulations of transient characteristics of heat pipes, Microelectronics Reliability 46 109– 115.
12. Mathioulakis, Emmanouil., Bellessiotis, Vassilis, (2002), A New Heat Pipe Type Solar Domestic Hot Water System, Solar Energy 72 13-20.
13. Rittidech,S., Wannapakne, S. (2007), Experiment Study of the Performance of a Solar Collector by Closed-end Oscilating Heat Pipe, Applied Thermal Engineering 27 1978-1985.
14. Vasiliev, Leonard L. (2005), Heat pipes in modern heat exchangers, Applied Thermal Engineering 25 1–19
2. Collier, John Gordon. (1981), Convective Boiling and Condensation, Second Edition, McGraw-Hill Book Company, London.
3. Dunn, P., and Reay, D A, (1982), Heat Pipes, Third Edition, Pergamon Press, Oxford United Kingdom.
4. Engineering Science Data Unit, 80013, (1980), Heat Pipe General Information, London United Kingdom.
5. Facao, Jorge., Olivera, Armando C. (2004), Analysis of a Plate Heat Pipe Solar Collector, International Conference on Suitable Energy Teechnologies, Nottingham, UK June 2004.
6. Facao, Jorge., Olivera, Armando C. (2002), Simulatiom of Thermal Behaviour of a Hybrid Heat Pipe Solar Collector, 1st International Conference on Suitable Energy Teechnologies, Portugal
7. Hagens, H., Ganzevles, F.L.A., Van der Geld, C.W.M., Grooten, M.H.M. (2007) Air Heat Exchanger with Long Heat Pipe : Experiment and Prediction, Applied Thermal Engineering 27, 2426-2434.
8. Hewiit, G.F., Shires, Bott, (2000), Process HeatTransfer, Begell House Inc, New York USA.
9. Huang,B.J., Lee, J.P., Chyng,J.P. (2005), Heat Pipe Enhance Solae Assisted Heat Pump Water Heater, Solar Energy 78 375 – 381.
10. Incropera, Frank P, and De Witt, David P., (1990), Introduction to Heat Transfer, Second Edition, John Wiley & Sons, New York.
11. Legierski, Jarosław., Wiecek, Bogusław., de Mey, Gilbert. (2006), Measurements and simulations of transient characteristics of heat pipes, Microelectronics Reliability 46 109– 115.
12. Mathioulakis, Emmanouil., Bellessiotis, Vassilis, (2002), A New Heat Pipe Type Solar Domestic Hot Water System, Solar Energy 72 13-20.
13. Rittidech,S., Wannapakne, S. (2007), Experiment Study of the Performance of a Solar Collector by Closed-end Oscilating Heat Pipe, Applied Thermal Engineering 27 1978-1985.
14. Vasiliev, Leonard L. (2005), Heat pipes in modern heat exchangers, Applied Thermal Engineering 25 1–19
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Published
2013-10-24
How to Cite
[1]
N. Gama Yoga, “ANALISA KOLEKTOR SURYA TIPE PELAT DATAR MENGGUNAKAN PIPA KALOR SEBAGAI PENGAMBIL PANAS PADA PENYERAP(ABSORBER)”, J. Konversi Energi dan Manufaktur, vol. 1, no. 1, pp. 67–71, Oct. 2013.
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