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This research work is aimed at ensuring the improvement of energy efficiency and reliability of self-directed solar heating by optimizing the hydrodynamic modes of operation. Proceeding from this purpose, the tasks of the research are to analyze existing methods of protecting solar collectors of water heating and hot water supply systems from freezing and to reveal the most perspective methods. One of the tasks is also to determine the laws of hydrodynamics in the self-draining of solar heat supply

  • Read count 106
  • Date of publication 11-11-2022
  • Main LanguageIngliz
  • Pages47-53
English

This research work is aimed at ensuring the improvement of energy efficiency and reliability of self-directed solar heating by optimizing the hydrodynamic modes of operation. Proceeding from this purpose, the tasks of the research are to analyze existing methods of protecting solar collectors of water heating and hot water supply systems from freezing and to reveal the most perspective methods. One of the tasks is also to determine the laws of hydrodynamics in the self-draining of solar heat supply

Ўзбек

Ушбу тадқиқот иши гидродинамик иш режимларини оптималлаштириш орқали ўзини ўзи дренаж қилувчи қуёш иссиқлик таъминотида энергия самарадорлиги ва ишончлилигини оширишни таъминлайди. Шундан келиб чиқиб, мазкур тадқиқотнинг мақсади сув иситиш ва иссиқ сув таъминоти тизимларининг қуёш коллекторларини музлашдан ҳимоя қилишнинг мавжуд ва энг истиқболли усулларини таҳлил этиш, шунингдек, ўзини ўзи дренаж қилувчи қуёш иссиқлик таъминотида гидродинамика қонуниятларини аниқлашдан иборатдир.

Русский

Исследовательская работа направлена на обеспечение повышения энергоэффективности и надежности самоотводящего солнечного теплоснабжения за счет оптимизации гидродимических режимов работы. Исходя из этой цели, задачами исследования являются анализ существующих методов защиты солнечных коллекторов систем водяного отопления и горячего водоснабжения от замерзания и выявление наиболее перспективных методов. Одна из задач также заключается в определении законов гидродинамики при самоотводе солнечного теплоснабжения.

№ Author name position Name of organisation
1 Qarshiyev S.S. doktorant Toshkent arxitektura-qurilish instituti
№ Name of reference
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