Аuthorization:
Login:
Password:
  















Detailed information

 

PRINCIPLES OF ENERGY SUPPLY OF MINING ENTERPRISES USING NATURAL ENERGY RESOURCES OF MOUNTAIN PROVINC



The discussion is focused on the logistic approach to economic involvement of triunique power supply of mines from natural energy sources (water, sun and air) in mountainous regions. This technology of power supply utilizes energy potential of natural sources at the very high nature management efficiency. The comparison between logistical chains of material and energy flows reveals their formal similarity, which can be used in development of the logistic methods and models in the analysis of independent systems of renewable energy sources. The renewable energy logistics in a mountainous region can be considered as a particular case of electric power logistics. On the other hand, the renewable energy logistics has essential singularities governed, particularly, by the involvement of natural environment, which is the source of renewable energy, in the logistical chain. In connection with this, we can admit ecologistics of the renewable energy engineering and include ecological parameters in the energy analyses. A real system of conversion and utilization of natural energy flows can be analyzed using the methods of graphs (directed and undirected) and linear programming. While the classical problem in the transport logistics is optimization (cost minimization) of shipment, movement and consumption of products, the classical problem in the energy system (in our case, renewable energy use) is optimization (minimization of cost and loss) of generation (primary conversion of energy from renewable sources), transmission and consumption of energy. The procedure for solving the problems on optimization of distribution of energy produced by converters of natural energy sources (wind generator, hydroelectric generator and solar plant) given their preset geographic positions and the known location of users is considered. The cost of the generated power and the cost (and loss) of electric energy in transmission of an i-th generator to a k-th user are preset and characterize the constant parameters of the independent power supply system. The variable parameter (to be determined) is the quantity of energy transmitted from an i-th generator to a k-th user subject to the fulfillment of the constructed objective function.



: 7
2018
УДК: 658.5/620.9
DOI: 10.25018/0236-1493-2018-7-0-196-204
Authors: Alborov I. D., Petrov Yu. S., Zorina I. Yu.

Authors' Information:
Alborov I.D., Doctor of Technical Sciences, Professor, Head of Chair,
Petrov Yu.S., Doctor of Technical Sciences, Professor, Head of Chair,
Zorina I.Yu., Graduate Student,
North Caucasus Mining-and-Metallurgy Institute
(State Technological University),
362021, Vladikavkaz, Republic of North Ossetia-Alania, Russia,
e-mail: info@skgmi-gtu.ru.

Key words:
Power supply, mine, logistics, renewable energy sector, mountainous regions, ecological
mathematical models, objective function, integrated power plant.

References:

1. Nerush Yu. M. Logistika: Uchebnik dlya vuzov [Logistics: Textbook for high schools], Moscow, YuNITIDANA, 2000, 389 p.


2. Nikolaychuk V. E. Logistika [Logistics], Saint-Petersburg, Piter, 2001, 160 p.


3. Osnovy logistiki: Uchebnoe posobie. Pod red. L. B. Mirotina, V. I. Sergeeva [Fundamentals of logistics: Educational aid. Mirotin L. B., Sergeev V. I. (Eds.)], Moscow, INFRA-M, 2000, 200 p.


4. Praktikum po logistike: uchebnoe posobie. Pod red. B. A. Anikina [Workshop on logistics: Educational aid. Anikin B. A. (Ed.)], Moscow, INFRA-M, 1999, 270 p.


5. Rodnikov A. N. Logistika: Terminologicheskiy slovar' [Logistics: Terminological dictionary], Moscow, Ekonomika, 1995, 251 p.


6. Ryzhikov Yu. I. Teoriya ocheredey i upravlenie zapasami [Theory of queues and inventory management], Saint-Petersburg, Piter, 2001, 384 p.


7. Sergeev V. I. Menedzhment v biznes-logistike [Management of business logistics], Moscow, Filin, 1997, 772 p.


8. Smekhov A. A. Osnovy transportnoy logistiki [Fundamentals of transport logistics], Moscow, Transport, 1995, 197 p.


9. Transportnaya logistika. Uchebnoe posobie. Pod red. L. D. Mironova [Transport logistics. Educational aid. Mironov L. D. (Ed.)], Moscow, MGADI (TU), 1996, 211 p.


10. Uvarov S. A. Logistika: obshchaya kontseptsiya, teoriya i praktika [Logistics: general concept, theory and practice], Saint-Petersburg, «IVEST-NP», 1996, 232 p.


11. Atrokhov N. A. O zadache kommivoyazhera [About traveling salesman problem]. Povyshenie effektivnosti i kachestva avtotransportnogo obsluzhivaniya, Moscow, MADI, 1989, pp. 72—74. [In Russ].


12. Bauersoks Donal'd Dzh., Kloss Deyvid Dzh. Logistika: integrirovanaya tsep' postavok [Logistical management: the integrated supply chain], Moscow, Olimp-Biznes, 2001, 640 p.


13. Belen'kiy A. S. Issledovanie operatsiy v transportnykh sistemakh: idei i skhemy metodov optimizatsii planirovaniya [Operations research in transportation systems: ideas and schemes of optimization methods for planning], Moscow, Mir, 1992, 582 p.


14. Berezhnoy V. I., Porokhnya T. A., Tsvirin'ko I. A. Upravlenie material'nymi potokami mikrologicheskoy sistemy avtotransportnogo predpriyatiya [Materials management metrologicheskie system of the motor transportation enterprise], Stavropol', SevKaz GTU, 2002, 198 p.


15. Gadzhinskiy A. M. Logistika: Uchebnik [Logistics: Textbook], Moscow, IVTs «Marketing», 2000, 375 p.


16. Gadzhinskiy A. M. Praktikum po logistike. 2-e izd., pererab. i dop. [Практикум по логистике. 2-е изд., перераб. и доп.], Moscow, Izdatel'sko-knigotorgovyy tsentr «Marketing», 2001, 180 p.


17. Dzhonsan Dzh. S. Sovremennaya logistika, 7-e izd. [Contemporary logistics, 7th edition], Moscow, Izdatel'skiy dom «Vil'yams», 2002, 624 p.


18. Kozhin A. P., Mezentsev V. N. Matematicheskie metody v planirovanii i upravlenii gruzovymi avtomobil'nymi perevozkami: Uchebnik dlya vuzov [Mathematical methods in planning and managing road freight transport: Textbook for high schools], Moscow, Transport, 1994, 304 p.


19. Kosova L. N., Muzheynikova T. V. Logistika: Uchebnoe posobie [Logistics: Educational aid], Moscow, Izd-vo MGUP, 1999, 79 p.


20. Linders Maykl R., Firon Kharol'd E. Upravlenie snabzheniem i zapasami. Logistika [Management of supply and stocks. Logistics], Saint-Petersburg, OOO «Viktoriya plyus», 2002, 768 p.


21. Logistika: Uchebnoe posobie. Pod red. B. A. Anikina [Logistics: Educational aid. Anikin B. A. (Ed.)], Moscow, 2000, 352 p.


22. Lukinskiy V. S., Zaytsev E. I. Prognozirovanie nadezhnosti avtomobiley [Prediction of reliability of cars HP], Leningrad, Politekhnika, 1991, 220 p.


23. Lukinskiy V. S. Logistika avtomobil'nogo transporta. Kontseptsiya, metod, modeli [Logistics of road transport. Concept, method, models], Moscow, Finansy i statistika, 2000.


24. Petrov Yu. S. Patent RU 2105190, 20.02.98.


25. Petrov Yu. S., Sakhanskiy Yu. V., Zorina I. Yu. Ilikoev G. V. Patent RU 148781, 20.12.14.


26. Petrov Yu. S., Sakhanskiy Yu. V., Zorina I. Yu. Ilikoev G. V. Patent RU 158761, 20.01.16.


27. Shul'ga G. V., Lukinskiy V. V. Vybor varianta dostavki konteynerov. Ekonomika i menedzhment na transporte: Sbornik nauchnykh trudov: Vyp. 2 [Choice of shipping containers. Economics and management in transport: Collection of scientific papers: issue. 2], Saint-Petersburg, SPbGIEU, 2002, pp. 160—163.


Back
Site map