Russian Federation
62-52
628.51
The paper is devoted to the research and development of an automated microclimate control system (ACCS) for agricultural storage facilities aimed at improving the accuracy of temperature, humidity and CO₂ concentration control. The paper presents a hybrid control model combining PID controllers for operational parameter correction and energy optimization. The implementation of the system is confirmed by MATLAB/Simulink simulation, demonstrating the reduction of grain crop losses from 12% to 4% due to microclimate stabilization.
automated microclimate control system, agricultural storages, control model, energy efficiency, temperature and humidity control
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