Abstract
This article presents the methods and principles of developing an analogue model for mathematical modeling of energy efficiency management systems.
Highlights
To develop an analog model of the energy efficiency control system for grain processing industry, we use the methods and principles of the theory of automatic control
The control system is created as a combination of two systems: control and controlled
The influence of the control subsystem on the control object is considered as a process, and the influence of control is considered as a sequential change in the values of G(t) [1]
Summary
To develop an analog model of the energy efficiency control system for grain processing industry, we use the methods and principles of the theory of automatic control. An analog model is understood as an organizational and structural diagram of a control system. The USA Journals Volume 02 Issue 10-2020 created quickly and reliably when the accuracy and transparency of analog models is high [1]. The control subsystem generates control actions G(t), the controlled subsystem (control object) is under the influence of control actions. The initial impact q(t) is formed on the basis of the normalization of energy costs, the initial data for which are individual objects (device, apparatus, technological line, communications), manufactory (mill, elevator, feed mill, boiler room), in general, make up the energy balance of the enterprise
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