AUTOMATIC SYSTEM OF REGULATION OF A RECUPERATIVE HEATING WELL

Abstract

Detailed work has been done to study the properties of such an object as a recuperative heating well. The main aspects of the operation of this installation were identified and the mathematical model was clearly analyzed, for which settings for the PI controller were also found. This work was carried out because the object itself is a complex system that requires more detailed study. The general physical properties used for the operation of the installation were studied, as well as detailed work on the development of a mathematical model and its application to find optimal ways to control a recuperative heating well. A general model is presented to help understand what control effects are possible on a given installation and how these effects did not lead to events that could cause an accident. The mathematical model is investigated in detail, and also the big work on detailing of this model is carried out, all possible factors are included. All possible control effects and perturbations are reflected in this paper for a more detailed study of the object. A more detailed study of both the object and the mathematical model will allow to reveal more the properties of the installation and will not miss a single detail that could interfere with the process of detailed analysis of the installation. This work is aimed at revealing the basic essence of the installation, its physical properties and properties as an object of control. Since the installation itself is generally a difficult system that requires detailed study. That is why the recuperative heating well was studied in detail and disassembled into the main parts, which were used to make a detailed mathematical model that includes all the necessary characteristics that will solve problems related to automatic control. An automatic control system was built, which would have the greatest impact on the perturbations that would come to the object. Thus, we have the following in general: we have a mathematical model that can be used for a more detailed study of the control properties of this installation. Also available is a researched certain control model which is used in this work and demonstrated.