Modeling the temperature regime of the heat accumulator
Inomjon NematovKarshi Engineering-Economics Institute, 225, Ave. Mustakillik, Karshi, 180100, UzbekistanB. E. KhairiddinovKarshi Engineering-Economics Institute, 225, Ave. Mustakillik, Karshi, 180100, UzbekistanShakhriyor ErgashevKarshi Engineering-Economics Institute, 225, Ave. Mustakillik, Karshi, 180100, Uzbekistan
ABI
Abstract
In the article, a mathematical model of the temperature regime (charge and discharge) is developed based on the balance equation of the water tank heat accumulator. In the development of the mathematical model, the results of the temperature regime are presented, taking into account different volumes of the water tank accumulator (40, 60, 80, and 120 m 3 ) and other water consumptions (2, 4, 10, and 15 m 3 /h ). When creating the balance equation, solar energy and thermal energy from the biogas boiler were taken into account, and the heat storage efficiency of the water tank accumulator was calculated.
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