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Published April 26, 2021 | Version v1
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THEORETICAL ANALYSIS OF THE VENTILATION EMITTERS USED IN LOW-TEMPERATURE HEAT SUPPLY SYSTEMS, AND HEAT PRODUCTION OF THESE EMITTERS

  • 1. Doctorate, Department of Civil engineering construction, faculty of Construction Fergana polytechnic institute
  • 2. Assistant, Department of Civil engineering construction, faculty of Construction Fergana polytechnic institute

Description

Currently, 60% of the total amount of energy consumed by the population falls on the heating system. To reduce this large amount of energy consumed, it is recommended to use energy-saving and low-temperature priority heating systems. In this article, we mainly analyze low-temperature heating systems, in particular (low-temperature heating systems and thermal pumps), as well as heat removal processes in the premises. Studies show that low-temperature heating systems are more energy efficient and environmentally friendly. This is of course, due to the use of renewable energy sources in thermal pumps, low-temperature heating systems and heat transfer equipment. In this report, we will consider the pros and cons of various low-temperature heat transfer devices.

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References

  • [1] Ploskic, A. Technical solutions for low-temperature heat emission in buildings, Stockholm: PhD thesis in KTH, 2013
  • [2] Myhren, A. Ventilation radiator, PhD thesis in KTH Royal Institute of Technology, 2011
  • [3] Б.А.Абдукаримов О.А.Муминов, and Ш. Р. Утбосаров "Оптимизация рабочих параметров плоского солнечного воздушного обогревателя." Приоритетные направления инновационной деятельности в промышленности. 2020.
  • [4] Abdukarimov Bekzod Abobakirovich. "Research of convective heat transfer in solar air heaters." Наука, техника и образование 9 (2019): 16-18.