The work is devoted to information support of grain infrared drying, on the basis of a rational choice of the
process temperature and computer control. The model is developed and the original system of differential
equations for double and single inlet of heat from the infrared source. Implemented into software a system
of information support of infrared drying grain, with user-friendly interface, intuitive control components, as
well as the presentation of the forecast and the resulting information. Experimental studies of the influence
of various parameters of the information support system for infrared grain drying on heat exchange and
evaporation of moisture in a drying chamber were performed. The evaluation of various options for using the
module of information support systems for infrared grain drying was carried ou
