Power plant based on linear with flat Fresnel mirror facets
( Pp. 122-128)
Kuchkarov Akmaljon Akhmadalievich
Klychev Shavkat Isakovich
Abdurahmanov Abdujabbar Abdurakhmanovich
More about authors
Kuchkarov Akmaljon Akhmadalievich
starshiy nauchnyy sotrudnik
Institute of Materials Science «Physics-Sun» of the Uzbekistan Academy of Sciences Klychev Shavkat Isakovich doktor tehnicheskih nauk
SKTB at the Institute of Ion-Plasma and laser Technologies Uzbekistan Academy of sciences Abdurahmanov Abdujabbar Abdurakhmanovich d-r tehn. nauk, zav. laboratorii Bolshie Solnechnye Ustanovki instituta Materialovedeniya
Institute of Material Sciences, SPA «Physics-Sun» Academy of Science of Uzbekistan
Institute of Materials Science «Physics-Sun» of the Uzbekistan Academy of Sciences Klychev Shavkat Isakovich doktor tehnicheskih nauk
SKTB at the Institute of Ion-Plasma and laser Technologies Uzbekistan Academy of sciences Abdurahmanov Abdujabbar Abdurakhmanovich d-r tehn. nauk, zav. laboratorii Bolshie Solnechnye Ustanovki instituta Materialovedeniya
Institute of Material Sciences, SPA «Physics-Sun» Academy of Science of Uzbekistan
Abstract:
This paper studies linear Fresnel mirror (LFMs) with the flat facets. A model and program for calculating parameters and concentration of LFMs wits flat facets have been developed. It is shown that LFMs can provide in increased concentration by up to 30 times at a number of facets of about 50 while ensuring the high uniformity of the concentrated radiation at the receiver. Established power plant based on the LFMs flat facets. A method for adjusting facet based systems LFMs flat facets.
How to Cite:
Kuchkarov A.A., Klychev S.I., Abdurahmanov A.A., (2016), POWER PLANT BASED ON LINEAR WITH FLAT FRESNEL MIRROR FACETS. Computational Nanotechnology, 2 => 122-128.
Reference list:
Zakhidov R.A., Klychev SH.I., Ogneva T.A., SHul man M.N. Optiko-energeticheskie kharakteristiki zerkal Frenelya. Geliotekhnika, 1990, №4, s. 47-50.
Klychev SH.I., Zakhidov R.A., S.A. Bakhramov, R. A. KHuzhanov, Z.SH. Klychev. Kontsentratsii lineynogo zerkala Frenelya s orientiruemymi fatsetami na nepodvizhnyy priemnik. Geliotekhnika, 2010, №3, s. 68-72.
Mills, D. R. and G. L. Morrison (2000).Compact Linear Fresnel Reflector Solar Thermal Power Plants. Solar Energy 68(3): 263-283.
K. Gouthamraj, K. Jamuna Rani, G. Satyanarayana. Design and Analysis of Rooftop Linear Fresnel Reflector Solar Concentrator. International Journal of Engineering and Innovative Technology (IJEIT) Volume 2, Issue 11, May 2013.
Dersch, J., Morin, G., Eck, M., Hberle, A. (2009): Comparison of linear Fresnel and parabolic trough collector systems - system analysis to determine break even costs of linear Fresnel collectors. In: Solar Paces 2009.
Abdurakhmanov A. A., Kuchkarov A. A., Mamatkosimov M. A., Akhadov Zh. Z. The Optimization of the optical-geometric characteristics of mirror concentrating systems. Applied Solar Energy.2014.v.50.№ 4.pp, 244-251.
Kuchkarov A. A., Abdurakhmanov A. A., Sobirov Y.B., Mamatkosimov, M. A. Adjustment Of Fasets Of Flat And Focusing Heliostats, Concentrators And Fresnel Mirror Concentrating Systems. Applied Solar Energy 2015.v.51.pp,151-155.
Klychev SH.I., Zakhidov R.A., S.A. Bakhramov, R. A. KHuzhanov, Z.SH. Klychev. Kontsentratsii lineynogo zerkala Frenelya s orientiruemymi fatsetami na nepodvizhnyy priemnik. Geliotekhnika, 2010, №3, s. 68-72.
Mills, D. R. and G. L. Morrison (2000).Compact Linear Fresnel Reflector Solar Thermal Power Plants. Solar Energy 68(3): 263-283.
K. Gouthamraj, K. Jamuna Rani, G. Satyanarayana. Design and Analysis of Rooftop Linear Fresnel Reflector Solar Concentrator. International Journal of Engineering and Innovative Technology (IJEIT) Volume 2, Issue 11, May 2013.
Dersch, J., Morin, G., Eck, M., Hberle, A. (2009): Comparison of linear Fresnel and parabolic trough collector systems - system analysis to determine break even costs of linear Fresnel collectors. In: Solar Paces 2009.
Abdurakhmanov A. A., Kuchkarov A. A., Mamatkosimov M. A., Akhadov Zh. Z. The Optimization of the optical-geometric characteristics of mirror concentrating systems. Applied Solar Energy.2014.v.50.№ 4.pp, 244-251.
Kuchkarov A. A., Abdurakhmanov A. A., Sobirov Y.B., Mamatkosimov, M. A. Adjustment Of Fasets Of Flat And Focusing Heliostats, Concentrators And Fresnel Mirror Concentrating Systems. Applied Solar Energy 2015.v.51.pp,151-155.
Keywords:
mirror concentrating system, mirror Fresnel, flat facets, the degree of concentration, focus, optical and energy parameters.
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