Study of the thermal control system in the energy efficient greenhouse with transformable body

The paper considers the features of control (regulation) of thermal conditions in an energy-efficient greenhouse with a transformable housing for individual use. Based on the analysis of existing systems for heat and humidity treatment of air in a solar greenhouse and the creation of a humidity regime, we have developed an algorithm for controlling the thermal modes of operation of an energy-efficient greenhouse with a transformable housing with a multicomponent structure of a solar greenhouse for individual use. A thermal management system has been developed in an energy- efficient greenhouse with a transformable body in the form of a one-component control structure, which can be used in combination with a boiler powered by electricity or coal. The conducted studies show that for the rational and economical use of artificial heating resources in a solar greenhouse with a transformable (adjustable) body, it is recommended to use an intelligent system with automated control.