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Thermal converter for controlling horizontal wind speed and temperature

Odinaxon RayimdjanovaFerghana branch of Tashkent University of information technologies named after Mukhammad al-Khwarazmi, Independence Str. 150118 UzbekistanZumradxon XatamovaFerghana branch of Tashkent University of information technologies named after Mukhammad al-Khwarazmi, Independence Str. 150118 UzbekistanIlhomidin RustamovFerghana branch of Tashkent University of information technologies named after Mukhammad al-Khwarazmi, Independence Str. 150118 UzbekistanShaxobidin XolmatovFerghana branch of Tashkent University of information technologies named after Mukhammad al-Khwarazmi, Independence Str. 150118 UzbekistanXurshidbek ArabboyevFerghana branch of Tashkent University of information technologies named after Mukhammad al-Khwarazmi, Independence Str. 150118 UzbekistanNavro'zbek IbragimovFerghana branch of Tashkent University of information technologies named after Mukhammad al-Khwarazmi, Independence Str. 150118 Uzbekistan
E3S Web of Conferencesjournal2024en
ABI

Annotatsiya

This article discusses the design, operation and use of horizontal wind speed and direction control devices. The most commonly used part of the speed converter in the device we analyze is the wind vane converter mounted on the wind vane, which provides an electrical signal of wind direction using a rheostat or electronic transducer. The operating principle of this device is based on the theory of a heat converter, which establishes a relationship between air flow and temperature distribution along the heat conductor of the converter. Purpose : The article is aimed at developing basic concepts and skills about the design, operating principle and methods of using horizontal wind speed and direction control devices. Methods : The operating principle of this device is based on the theory of heat conversion, which establishes the relationship between air flow and temperature distribution along the heat pipe of the converter.

Mavzular

Icing and De-icing TechnologiesInduction Heating and Inverter TechnologyRadiative Heat Transfer Studies

Identifikatorlar

DOI
10.1051/e3sconf/202450805004

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