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ON THE ISSUE OF INCREASING THE EFFICIENCY OF USING SOLAR INSOLATION IN WATER-HEATING SOLAR COLLECTORS

Authors

Rustamov Nasim Tulegenovich, Kibishov Adylkhan Talgatovich,, Mukhamejanov Nuridin Baktiyaruly, Seimanova Aida Saurbekkyzy

Rubric:Electrical engineering
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Annotation

This paper considers an urgent issue related to increasing the efficiency of using solar insolation on water-heating solar collectors (WSC). Analyzing the structural changes of the WSC, in order to increase the effective use of solar insolation, a method is proposed without changing the design of the WSC to solve this issue. The essence of the proposed tracker is to use it to orient the WSC to the position of the Sun, using solar panels.

Keywords

solar collector
solar insolation
automation
efficiency
Orientation
position
Sun
horizontal solar tracker.

Authors

Rustamov Nasim Tulegenovich, Kibishov Adylkhan Talgatovich,, Mukhamejanov Nuridin Baktiyaruly, Seimanova Aida Saurbekkyzy

References:

  1. N.R. Avezova, R.R. Avezov, N.T. Rustamov, A. Vakhidov, Sh.I. Suleymanov.  Resource indexes of flat solar water-heating collectors in hot-water supply systems: 4. Specific collector thermal yield and efficiency. Journal Applied Solar Energy, 2013, Volume 49, Issue 4 , pp 202-210.
  1. Ermuratskij V.V., Postolatij V.M., Koptyuk E.P. Perspektivy primeneniya v Respublike Moldova solnechnyh nagrevatelej vody sanitarno-bytovogo naznacheniya. Problemy regional'noj energetiki. 2009, №2, http://ieasm.webart.md/data/m71_2_107.doc
  1. 3.  Ermuratskij V.V. Opredelenie koefficienta teplovyh poter' kollektora solnechnoj energii s absorberom iz polimernyh trub. Problemy regional'noj energetiki. 2009, №3, http://ieasm.webart.md/data/m71_2_120.doc.
  1. Avezova N.R. Issledovanie absorbcionnyh solnechnyh kollektorov s emkimi preemnikami polucilindricheskoj formy. Dissertaciya na soiskanie uchenoj stepeni k.t.n. Tashkent, 2003, -172s.
  2. https://dzen.ru/a/XmwFOKI43BdEorSK
  3. https://www.youtube.com/watch?v=7qq8g38jwd7
  4. Pulungan A. B. et al. Design and development of real time monitoring single axis solar tracker by using internet of things //International Journal. — 2020. — Т. 18. — №. 69. — С. 81–87.
  5. Brito M. C. et al. Passive solar tracker based in the differential thermal expansion of vertical strips //Journal of Renewable and Sustainable Energy. — 2019. — Т. 11. — №. 4. — С. 043701.
  6. Rustamov N. T., Kibishov A. T., Isroilov F. M., Ernazar K. E.  Koefficient poleznogo dejstviya vakuumirovannogo fraktal'nogo solnechnogo kollektor. European Journal of Technical and Natural Sciences 2/2023, rr.46-53.
  7. Nassim Rustamov,  Adylkhan Kibishov, Naci Genc, Shokhrukh Babakhan, Ernazar Kamal. Thermal Conductivity of a Vacuum Fractal Solar Collector. INTERNATIONAL JOURNAL of RENEWABLE ENERGY RESEARCH N, Vol.13, No.2, June, 2023.рр 613- 618. 
  8. Rustamov N. T., Mejrbekov A. ,T., Kibishov A.T. Vakuumnyj fraktal'nyj solnechnyj kollektor. Patent RK na izobretenie № 36213 ot 30.06.2023

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