Heating systems of residential buildings, including typical rural houses, are energyintensive consumers of thermal and electrical energy. Research shows that the energy consumptionfor heating 1.0 m² of living space in a typical rural house during the heating season amounts to12÷18 m3of natural gas and 300÷380 kWh of electricity. Therefore, ensuring an optimalmicroclimate in residential buildings, considering the variability of local meteorological parametersand the rational use of renewable energy resources, is a relevant issue.The study employed mathematical modeling methods, theoretical fundamentals of heatengineering, similarity theory, experimental investigation of heat exchange processes, andgeneralization of experimental results.Mathematical models were developed based on heat balance equations and thermal calculationschemes for a typical rural house. These models allow for the calculation of the temperature regimeof typical rural houses with hybrid heating systems, considering local meteorological characteristics,indoor air temperature, and changes in the thermal properties of the building‘s wall structures.The results of modeling the temperature regime of a typical rural house show that during thewinter period (in the conditions of the Karshi district) with an outside air temperature of -3 °C, solarradiation within the range of 500÷600 W/m² is necessary to ensure the required temperature regime(+20 ÷ +22 °C). At external air temperatures of -10 °C, -13 °C, and -26 °C, additional heat sourcesare required.
| Mualliflar | Uzakov, Gulom, Tashmamatov, Bobir, Kamolov , Behzod |
|---|---|
| Jurnal | Инновацион технологиялар |
| Nashr sanasi | 2024-12-30 |
| Jild | 55 |
| Son | 03 |
| Til | Ingliz |
mathematical modeling, temperature regime, hybrid heat supply system, basics of similarity theory, heat balance equation., математическое моделирование, температурный режим, гибридная система теплоснабжения, основы теории подобия, уравнение теплового баланса., мatematik modellashtirish, harorat rejimi, gibrid issiqlik ta’minoti tizimi, o‘xshashlik nazariyasi asoslari, issiqlik balansi tenglamasi.
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