Control synthesis of interactions between production and power enterprises according to the criterion of emission minimization

The «Nature–Technology» closed-loop control system in the form of production and power enterprises is considered. The implementation of such a closed-loop control system is aimed at solving the general problem of minimizing pollutant emissions of production and power enterprises. This system is composed of the following main components: control object, converters, measuring devices, control devices, control laws, and actuators. This paper relies on the authors’ previous research into the interaction between production and power enterprises at a meta level. In this study, the authors propose macro-level mathematical models with the purpose of synthesizing the control system of production and power enterprises. The criterion for control synthesis is to minimize the control error of emissions commonly encountered in industrial production. The macro-level mathematical models are represented as a multidimensional control system. Control synthesis is reduced to a parametric synthesis of PID-controllers. Construction of the «Nature–Technology» closed-loop control system of production and power enterprises depends on the pollutant type and, along with the conventional links of a control system, includes absorbers, catalysts, chemical adsorbers, filters, and other actuator links.

Authors: R. I. Solnitsev, Lei Wang

Direction: Informatics, Computer Technologies And Control

Keywords: vector, matrix, «Nature–Technology» control system, PID-controllers, macro-models, parametric synthesis

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