Abstract
This chapter presents the criteria for evaluation of the level of their application with account of the harmonic composition of supply voltage, which have been elaborated and proposed for frequency-controlled asynchronous machines.
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I. Monographs, textbooks
Boguslawsky I.Z., A.C. motors and generators. The theory and investigation methods by their operation in networks with non linear elements. Monograph. TU St.Petersburg Edit., 2006. Vol. 1; Vol.2. (In Russian).
Richter R., Elektrische Maschinen. Berlin: Springer. Band I, 1924; Band II, 1930; Band III, 1932; Band IV, 1936; Band V, 1950. (In German).
Mueller G., Ponick B., Elektrische Maschinen. New York, John Wiley, 2009. 375 S. (In German).
Demirchyan K.S., Neyman L.R., Korovkin N.V., Theoretical Electrical Engineering. Moscow, St.Petersburg: Piter, 2009. Vol. 1, 2. (In Russian).
Kuepfmueller K., Kohn G., Theoretische Elektrotechnik und Elektronik. 15 Aufl. Berlin, New York: Springer. 2000. (In German).
II. Induction machines. Papers, inventor’s certificates
Boguslawsky I.Z., Research method of regimes of double feed supplied machine with taking into account saturation and higher harmonics. News of the Russian Academy of Sciences. Energetika (Power engineering), 2002, № 1. (In Russian).
Boguslawsky I.Z., Double power supplied asynchronous machine with converter in the rotor winding performance investigation method. Proceedings of the Int. Symp.UEES-01. Helsinki. 2001.
Boguslawsky I.Z., Danilevich Ja. D., Wind–power and small hydrogenerators designing problems. Proceedings of the IEEE Russia (Northwest Section). International Symposium “Distributed Generation Technology”, October 2003.
Boguslawsky I.Z., Danilevich Ya.B., Popov V.V., Features of the calculation of electromagnetic loads and the power factor of the rotor of asynchronized synchronous generator at different slips. Proceedings of the Russian Academy of Sciences. Energetika. #6, 2011. (In Russian).
Antonov V.V., Boguslawsky I.Z., Savelyeva M.G., Calculation of the characteristics of a powerful induction motor with non-linear parameters. – In the book.: Elektrosila, #35, 1984. (In Russian).
Boguslawsky I.Z., Parameters of an equivalent circuit of powerful induction motors at working in nonlinear networks. In book: Problems of creation and maintenance of new electrical power engineering equipment. Department of electrical power engineering problems of Russian Academy of Sciences. St.Petersburg, 2003. (In Russian).
Boguslawsky I.Z., Special features of the fields of induction machine with the asymmetrical cage rotor by non-sinusoidal power supply. Power Eng. (New York), 1990, № 2.
Oberretl K., Die Oberfeldtheorie des Kaefigmotors unter Beruecksichtigung der durch die Ankerrueckwirkung verursachten Statorstroeme und der parallelen Wicklungszweige. Archiv fuer Elektrotechnik, 1965, № 6.
Polujadoff M., General rotating MMF – Theory of squirred cage induction machines with non-uniform air gap and several non-sinusoidally distributed windings. Trans AIEE, PAS, 1982.
Vaš P., Analysis of space–harmonics effects in induction motors using N – phase theories. International Conference of Electrical Machines. Brussel, 1978.
Vaš P., Altalonositott, egyseges villamosgepelmelet fehlharmonikus jeensegek figyelembevetelere. Elektrotechnika (Hungary), 1980, №9. (In Hungarian).
III. Synchronous machines. Papers, inventor’s certificates, patents
Boguslawsky I.Z., Harmonic of an armature field and frequencies of currents of rotor contours multiphase salient-pole motor under nonsinusoidal feeding. In books: Problems of creation and maintenance of new electrical power engineering equipment. Department of electrical power engineering problems of Russian Academy of Sciences. St. Petersburg, 2003. (In Russian).
Boguslawsky I.Z., Bragin V.I, Danilevich J.B., Demirchjan K.S., Tsatskin A.J., Chernov A.N., The scientific and technical problems of powerful A.C. machines, caused by operation in nonlinear networks. In book.: Proceedings of III International symposium ELMACH − 2000. Moscow. 2000. (In Russian).
Boguslawsky I.Z., Kuss G., The level and criteria of estimation of electromagnetic load of A.C. motors in nonlinear networks. Elektrotechnika, 2003, № 10. (In Russian).
Boguslawsky I.Z., Magnetically coupled meshes in A.C. machines by non-sinusoidal power supply. Power Eng. (New York), 1995, № 2.
Boguslawsky I.Z., Equations system of poliphase A.C. machine by non-sinusoidal power supply. Power Eng. (New York), 1996, № 2.
IV. State Standards (IEС, GOST and so on)
GOST (Russian State Standard) R-52776 (IEC 60034-1). Rotating Electrical Machines. (In Russian).
IEC 60092-301 Electrical installations in ships. Part 301: Equipment Generators and Motors.
Rules and Regulations for the Classification of Ships. Part 6 Control, Electrical, Refrigeration and Fire. Lloyd’s Register of Shipping (London). 2003.
Russian Maritime Register of Shipping. Vol.2. Rules for the classification and construction of sea going ships. St.-Petersburg. 2003. (In Russian).
Rotated electrical machines. Turbogenerators. The general technical specifications. GOST 533-2000. Minsk (Belorussia). Interstate council on standardization, metrology and certification. (In Russian).
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Boguslawsky, I., Korovkin, N., Hayakawa, M. (2017). Frequency-Controlled Induction Motors in Nonlinear Networks: Assessment Criteria of Higher Harmonics Influence—Method of Criteria Calculation. In: Large A.C. Machines. Springer, Tokyo. https://doi.org/10.1007/978-4-431-56475-1_17
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DOI: https://doi.org/10.1007/978-4-431-56475-1_17
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