Havo oqimi oynasi

Havo oqimi oynasi — kamida ikkita shisha oynadan va ular orasidagi bo'shliqdan iborat bo'lib, bu shamollatish h avosining oqimini ta'minlaydi. Ular ikki qavatli jabhaga o'xshash printsiplar asosida ishlaydi^[1]^[2]. Umumiy g'oya — bo'shliqni shamollatish havosi bilan isitish yoki sovutish orqali bo'shliq oynasining energiya samaradorligini oshirishdan iborat bo'ladi.

Foydali tomonlari

Issiq iqlim sharoitida deraza shamollatish havosini chiqarish uchun ishlatiladi. Sovuq havo bo'shliqqa pastki qismdan, ichki bo'shliqdan kiradi hamda bo'shliq orqali yuqoriga ko'chirish paytida isitiladi hamda bo'shliqning yuqori qismida tashqi tomonga chiqariladi. Masalan, ventilyatsiya qilingan havoni ichki va tashqi qismlar o'rtasida o'tkazmaydigan yoki bir nechta shamollatish kanallariga ega bo'lgan yanada murakkab dizaynlarni ko'plab ko'rishimiz mumkin^[3].

Havoning bo'shliq orqali harakatlanishi majburiy bo'lishi mumkin (fanatlar kabi mexanik qurilmalar yordamida) yoki konveksiya orqali erkin sodir bo'ladi. Havo oqimining erkin yoki majburiy bo'lishi derazaning energiya samaradorligiga ta'sir qiladi^[4]^[5].

Manbalar

↑ Brandle. „Airflow Windows: Performance and Applications“. Qaraldi: 2014-yil 28-fevral.
↑ Raffnsøe. „Thermal Performance of Air Flow Windows“. Department of Civil Engineering BYG•DTU. 2018-yil 15-martda asl nusxadan arxivlangan. Qaraldi: 2014-yil 28-fevral.
↑ Gosselin, J.R; Chen, Q (2008). „A Dual Airflow Window for Indoor Air Quality Improvement and Energy Conservation in Buildings“ (PDF). HVAC&R Research. 14-jild, № 3. 359–372-bet. doi:10.1080/10789669.2008.10391014.
↑ Ghadimi, Mohammad; Hossein Ghadamian; Aliasghar A Hamidi; Farivar Fazelpour; Mehdi A Behghadam (2012). „Analysis of free and forced convection in airflow windows using numerical simulation of heat transfer“ (PDF). International Journal of Energy and Environmental Engineering. 3-jild, № 14. 14-bet. doi:10.1186/2251-6832-3-14.
↑ Kersten. „The energy performance of an airflow window“. University of Technology Eindhoven, department of Architecture Building and Planning, unit Building Physics and Systems. (2011). 2014-yil 8-martda asl nusxadan arxivlangan. Qaraldi: 2014-yil 28-fevral.

[1] Brandle. „Airflow Windows: Performance and Applications“. Qaraldi: 2014-yil 28-fevral.

[2] Raffnsøe. „Thermal Performance of Air Flow Windows“. Department of Civil Engineering BYG•DTU. 2018-yil 15-martda asl nusxadan arxivlangan. Qaraldi: 2014-yil 28-fevral.

[3] Gosselin, J.R; Chen, Q (2008). „A Dual Airflow Window for Indoor Air Quality Improvement and Energy Conservation in Buildings“ (PDF). HVAC&R Research. 14-jild, № 3. 359–372-bet. doi:10.1080/10789669.2008.10391014.

[4] Ghadimi, Mohammad; Hossein Ghadamian; Aliasghar A Hamidi; Farivar Fazelpour; Mehdi A Behghadam (2012). „Analysis of free and forced convection in airflow windows using numerical simulation of heat transfer“ (PDF). International Journal of Energy and Environmental Engineering. 3-jild, № 14. 14-bet. doi:10.1186/2251-6832-3-14.

[5] Kersten. „The energy performance of an airflow window“. University of Technology Eindhoven, department of Architecture Building and Planning, unit Building Physics and Systems. (2011). 2014-yil 8-martda asl nusxadan arxivlangan. Qaraldi: 2014-yil 28-fevral.

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