Abstract
The aim is to develop an automatic local air recovery system to ensure thermal comfort and the normative composition of the air environment in educational institution premises. Improving the efficiency of local air recovery systems while maintaining optimal microclimate parameters is possible through the enhancement of automatic control systems for local recovery devices. An automatic air local recovery control system has been developed, which guarantees optimal microclimate parameters in educational institution premises. Computer simulation modeling has been applied to control the microclimate system based on temperature and CO2 concentration. The advantages of the proposed system have been identified, which reduced the duration of exceeding the maximum allowable level of CO2 concentration by 49.5% and decreased the CO2 concentration by 13.1% within the specified temperature limits.
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