BIR KUN DAVOMIDA YER SIRTIGA TUSHAYOTGAN QUYOSH NURLANISH OQIMI ENERGIYASINI HISOBLASH

Mahmud Sobirov

Physics and technology

No. 6 (2024): FarDU.Ilmiy xabarlar jurnali (Aniq va tabiiy fanlar)

ESTIMATION OF SOLAR RADIATION ENERGY FLUX ON THE EARTH’S SURFACE OVER A DAY

Mahmud Sobirov ^▸^▾

PDF (Uzbek)

Submitted: January 21, 2025
Published: 2025-01-24

Abstract

The presented work develops a method for calculating the solar energy flux incident on a unit area of the Earth’s surface over the course of one day. The contribution of the diffuse flux to the total flux reaching the Earth's surface through atmospheric layers has been determined. Additionally, the calculations take into account the effect of solar radiation reflected from the Earth's surface on the atmospheric radiation field, as well as the full spectrum of solar radiation. The calculations were carried out within the framework of Chandrasekhar’s -matrix theory. The results obtained provide recommendations for the optimal placement of heliotechnical installations on the Earth’s surface for specific geographical latitudes, which contributes to increasing their efficiency.

References

Yaping, H., Wei, H., & Puxing, L. (2020). Quyosh panellari uchun optimal eğim burchaklari: Shimoli-G‘arbiy Xitoyning Gansu provinsiyasi bo‘yicha tadqiqot. Applied Solar Energy, 56(5), 388–396.
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Chandrasekhar, S. (1953). Nurlanishni o‘tkazish. Dover Nashriyoti.
Sobirov, M., Roziqov, J., Roziboyev, V., & Yusupova, D. (2023). Quyosh nurlanishining atmosferaning qatlamlaridan sochilmagan, o‘tkazilgan va diffuz aks ettirilgan oqimlarining spektral va burchak taqsimotini hisoblash. Applied Solar Energy, 59(5), 761–769.
Sobirov, M., Roziboyev, V., & Kamolova, M. (2024). Yer yuzasidan aks ettirilgan quyosh nurlanishining atmosferaning qatlamlaridan o‘tuvchi diffuz va to‘g‘ri quyosh nurlanish oqimlarining shakllanishiga ta’siri. Applied Solar Energy, 60(5).
Time and Date veb-sayti: https://www.timeanddate.com/

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[1] Yaping, H., Wei, H., & Puxing, L. (2020). Quyosh panellari uchun optimal eğim burchaklari: Shimoli-G‘arbiy Xitoyning Gansu provinsiyasi bo‘yicha tadqiqot. Applied Solar Energy, 56(5), 388–396.

[2] Dausa, Y. V., Kharchenko, V. V., & Yudaeva, I. V. (2022). Fotoelektr modullari qatorlari orasidagi texnologik masofa cheklangan maydonda ularning samaradorligiga ta’siri tahlili. Applied Solar Energy, 58(3), 379–388.

[3] Vissarionov, V. I., Deryugina, V., Kuznetsova, V. A., & Kalinina, N. K. (2008). Solar energy. Moskva: MEI Nashriyoti.

[4] Nikiforiadis, L. (2014). Quyosh nurlanishini modellashtirish. Saloniki, Gretsiya.

[5] Chandrasekhar, S. (1953). Nurlanishni o‘tkazish. Dover Nashriyoti.

[6] Sobirov, M., Roziqov, J., Roziboyev, V., & Yusupova, D. (2023). Quyosh nurlanishining atmosferaning qatlamlaridan sochilmagan, o‘tkazilgan va diffuz aks ettirilgan oqimlarining spektral va burchak taqsimotini hisoblash. Applied Solar Energy, 59(5), 761–769.

[7] Sobirov, M., Roziboyev, V., & Kamolova, M. (2024). Yer yuzasidan aks ettirilgan quyosh nurlanishining atmosferaning qatlamlaridan o‘tuvchi diffuz va to‘g‘ri quyosh nurlanish oqimlarining shakllanishiga ta’siri. Applied Solar Energy, 60(5).

[8] Time and Date veb-sayti: https://www.timeanddate.com/