EXPERIENCE IN IMPLEMENTING ENERGY AND RESOURCE SAVING TECHNOLOGIES IN A ELECTRIC POWER SUPPLY SYSTEMS OF METALLURGICAL PRODUCTION
DOI:
https://doi.org/10.14529/power220102Keywords:
metallurgical plant, power supply, energy saving, own generation, alternative drive of technological units, electric arc furnaces, quality of electrical energyAbstract
Abstract. The article considers a set of scientific approaches and technical measures aimed at improving the efficiency of power supply to ferrous metallurgy enterprises, currently being designed by the scientific schools
of the Nosov Magnitogorsk State Technical University together with PJSC “Magnitogorsk Iron and Steel Works”.
The principles of the formation of mathematical models for energy consumption, the basics of their optimization, as
well as practical issues of rationing and planning energy consumption and operational management of the energy economy
are described herein. The study offers examples of the implementation of energy-saving measures at own factory power
plants, as well as at such energy-intensive facilities as arc steelmaking furnaces and rolling mills. The experience of PJSC
“Magnitogorsk Iron and Steel Works” with regard to the introduction of modern automation tools in the energy sector and
power supply systems within the framework of the promising development program “Industry 4.0” is presented.
Keywords: metallurgical plant, power supply, energy saving, own generation, alternative drive of technological
units, electric arc furnaces, quality of electrical energy
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