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Scientific Bulletin of Namangan State University

Abstract

The article presents the results of studies to determine the influence of the orientation of the translucent enclosure (TE) of rooms with the insolation heating system (IHS) on the daily course of the surface flux density of the total solar radiation (SR) incident on the surface of the TE. As the initial data, there were used the results of generalization of 5-year observations of the meteorological station Parkent of the Tashkent region.

First Page

14

Last Page

18

References

1. R.R. Avezov, N.R. Avezova, E.Yu Rakhimov et al., “Ray absorption ability capacity by premises with insolation passive heating system” Alternative Energy and Ecology, no. 07-09, pp 034–042, 2017. 2. R.R. Avezov, N.R. Avezova et al., “Fuel replacement ratio in insolation passive heating systems” Magazine C.O.K. (Plumbing , Heating and Air Conditioning), no 11, pp. 34-35, 2015. 3. T. Ernst, “Passive house. Concept and basic principles of designing a passive house”, Builder Club, 2011. 4. I. Gabriel, X. Ladener, “Reconstruction of buildings by standards of energy efficient house = Vom Altbau zum Niedrig energie und Passiv haus”. - SPB: BHV-Petersburg, p. 478, 2011. 5. N.R. Avezova, E.Yu. Rakhimov, “Orientation of Heated Premise in the Design of Insolation Passive Heating Systems”, Applied Solar Energy, vol. 53, no 4, pp. 338–343, 2017. 6. J.A. Duffie, W.A. Beckman, “Solar Engineer of Thermal Processes”. Fourth Solution. – Hoboven New Jersey: John Wiley Sons. Inc., p. 910, 2013.

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