Kopylova L. Intelligent automated electrical energy consumption and supply control system of industrial enterprise

The dissertation is devoted to questions of increase of efficiency of transmis-sion, distribution and consumption of electric power of the industrial enterprise by creation of the intellectual system of control of power supply and electric consump-tion. A systematic analysis of the process of controlling power consumption and electricity supply of the industrial enterprise was performed, which allowed to devel-op the structure of the intelligent automated control system for power consumption and electricity supply. The method of forecasting the consumption of electrical energy of an industrial enterprise using artificial neural networks is developed; the method of forming the list of consumers of electric energy regulators, as well as the algorithm for the formation of rational modes of electricity consumption. On the basis of the mathematical model of the power supply process, an algo-rithm for determining the voltage levels that provide rational electric power is devel-oped. On the basis of fuzzy logic, a two-level system of optimal control of the voltage of an industrial enterprise has been developed. The functional structure, algorithmic and software of the intelligent power con-sumption control and power supply system of the industrial enterprise have been de-veloped.