Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805

Discusses the variety of mathematical modeling of electromagnetic field power supply systems for specific industrial and dorwning to them consumers, which is their working tool. Such models in different extent based on the physics of electric power processes in these systems and used in the study of normal modes of the above-mentioned processes. The advantage over conventionally mathematical model, which is widely used in the practice of power, is really-a mathematical model based on the foundations of modern quantum physics when creating the electromagnetic field of the power system, meets the basic requirements of the theoretical foundations of electrical engineering and vastly improved understanding in business dealings power system – the electricity consumer. The essence of such  electrical engineering and vastly improved understanding in business dealings power system – the electricity consumer. The essence of such modeling is the quantization of elastic molecules electrically to the system environment, in which they distorted the amount of physical vacuum (matter) mark with two mutually perpendicular dipoles created by the action of voltage and conduction current conducting parts of the system that is modeled.

  1. Rules of arrangement of electrical installations. – Kharkov: Publishing house “Fort”, 2009. – 704 P.
  2. SOU – N IPA 2006. Method of determining economically reasonable amounts of reactive power compensation, flowing between the electric networks of electricity transmission and the consumer (the main user and auspicate). – Kiev. – 2006. – 48 P.
  3. Bessonov,L.F. (1973) Theoretical foundations of electrical engineering [Teoreticheskie osnovy ehlektrotekhniki] , Ed. 6-that is, a Textbook for student’s energy and electrotechnics. – M.: The High school, – 752 P.
  4. Landau, L.D. (1960) CourseofGeneralphysics. Mechanics and molecular physics. [Kurs obshchej fiziki. Mekhanika i molekulyarnaya fizika]. Izd. “Skience”. Editorial of physic-mathematical literature M., 399 P.
  5. Bogoroditsky, N.P., Pasinkov, V.V., Tareev, B.M. (1985) Electrometrical materials. Textbook for universities. -7-th ed.[Elektrotekhnicheskie materialy: Uchebnik dlya vuzov] – Leningrad: Energoatomizdat. Leningrad separation, 304 P.
  6. DSTU 2843-94. Th state standard of Ukraine. Electrical engineering. Basic concepts. Terms and definitions. Kiev. State standard of Ukraine, 1995/ - 66 P.
  7. GOST 13109 – 97. Interstate standard. Electrical energy. Electromagnetic compatibility of technical means. Norms of quality of electric energy in power supply systems of General purpose. Minsk. Standards publishing house, 1998. - 31 P.
  8. Buckovski,  I. R., Molnar, M. M., Nikonets, A. L., Niconets, L. A., Sabat, M. B.( 2012) He physical phenomenon of internal resonance in electrical equipment with high voltage windings. [Fizicheskie yavleniya vnutrennego rezonansa v ehlektrooborudovanii s obmotkami vysokogo napryazheniya], Lviv: NVF "Ukrainian technologies", 167 p.
  9. Kirilenko, O.V., Szeged, M.S., Butkevych, A.F., Mazur, T.A. ( 2010)Mathematical modeling in electric power industry [Matematichne modelyuvannya v elektroenergetyci] Lviv: Publishing of the National University “Lviv Polytechnic”,  608 P.
  10. Leonov, V. S. (1996) Theory of elastic quantized environment [Teoriya uprugoj kvantovannoj sredy] Minsk: Misprint, 156 p.
  11. Leonov, V. S. (1997) Theory of elastic quantized environment. Part 2. New sources of energy. [Teoriya uprugoj kvantovannoj sredy. CHast' 2. Novye istochniki ehnergii] Minsk: "Polybag", 122 P.
  12. Doroshenko, O. I.,Romanyuk, O. V., Borisenko, S. O. (2015)  Development of physical base is for the mathematical design of process of electro-transferrableness [Rozroblennya fizychnoi bazy dlya matematichnogo modelyuvannya procehsu ehlehktropehrehdavannya] Technology audit andproduction reserves – №4/1[24]  рр. 51–55. DOI: 10.1558/2312–8372.2015.47770.
  13. Doroshenko, A. I., Levakin,M. S. (2016) Mathematical modeling of power supply systems of specific industrial consumers of electricity [Pro matematichne modelyuvannya sistem ehlektropostachannya konkretnyh promyslovyh spozhivachiv ehlektroehnergii] Electrotechnical and computer systems. Sciences and technology. № 22 (98),  рр. 170–174.
Last download:
27 Nov 2020

[ © KarelWintersky ] [ All articles ] [ All authors ]
[ © Odessa National Polytechnic University, 2014-2018. Any use of information from the site is possible only under the condition that the source link! ]