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Assessing the Ways of Improving the Power Saving Modes in the Ore-Grinding Technological Process

Authors: Baghdasaryan Marinka


Monitoring the distribution of electric power consumption in the technological process of ore grinding is conducted. As a result, the impacts of the mill filling rate, the productivity of the ore supply, the volumetric density of the grinding balls, the specific density of the ground ore, and the relative speed of the mill rotation on the specific consumption of electric power have been studied. The power and technological factors affecting the reactive power generated by the synchronous motors, operating within the technological scheme are studied. A block diagram for evaluating the power consumption modes of the technological process is presented, which includes the analysis of the technological scheme, the determination of the place and volumetric density of the ore-grinding mill, the evaluation of the technological and power factors affecting the energy saving process, as well as the assessment of the electric power standards.

Keywords: Electric power standard, factor, ore grinding, power consumption, reactive power, technological.

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[1] Chodjoy M. Kh. Energy saving in Industry. 1982. – 270 p.
[2] Nikiforov G.V., Oleynikov V. K., Zaslavets B.I. Energy saving and consumption management in metallurgical production. – М.: Energoatomizdat, 2003. 480 p.
[3] Ruey-Hsun Liang, Ching-Chi Cheng. Short-term load forecasting by a neuro-fuzzy based approach // Electrical Power and Energy System.– 2002. – № 24. – Р.17-18.
[4] Baghdasaryan M.K., Arakelyan D.K. // Improving the power Consumption Regimes in the Production of Grinding Mineral Raw Materials / The National Association of Scientists. Monthly Scientific Journal, 2015, № 4 (9), P.61-64
[5] Darryl R. Biggar, Mohammad Reza Hesamzadeh. The Economics of Electricity Markets, 2014, 432 p.
[6] P. Tenti, A. Costabeber, P. Mattavelli, “Improving Power Quality and Distribution Efficiency in Micro-Grids by Cooperative Control of Switching Power Interfaces”. In: Proceedings of 2010 International Power Electronics Conference (IPEC-Sapporo 2010). Sapporo (Japan), June 2010, P. 472-479.
[7] Fedotow A.I.. Vagapov G.V. Optimization of energy costs for industries with long operation mode / // Industrial Energy, 2010. - № 10. - pp. 2-6.
[8] Davenport T.H. Process innovation: reengineering work through information technology. Boston, Mass.: Harvard Business School Press, 1993. p.337.
[9] Baghdasaryan M. A System for Controlling the Process of the Mineral Raw Material Grinding. LAP Lambert Academic Publishing, 2012, p.180.
[10] Baghdasaryan M.K., Arakelyan D.K. Investigating the Influence of Voltage Deviation on the Reactive Power Synchronous Motor/ Proceedings of NPUA. Electrical Engineering, Energetics. 2016, № 1, P. 27-36.
[11] Ancharov T. V., Pischur A.P. Problems and solutions of analysis and standardization of energy consumption by industrial enterprises with diversified production //Elektro.-2003.-№6.- P. 22-26
[12] Kosharnaya Yu.V. Developing the system of rationing of power consumption indicators and estimation of energy savings on the example of metallurgical enterprise (Part 1) // Industrial Energy. 2015. № 8. P. 13–17.