Scientific and Technical Journal

ELECTROTECHNIC AND COMPUTER SYSTEMS

ISSN Print 2221-3937
ISSN Online 2221-3805
THE COMPARISON OF MASS AND PRICE INDICATORS OF THREE-PHASE PLANAR AND SPATIAL AXIAL STATIC ELECTROMAGNETIC SYSTEMS WITH RECTANGULAR AND HEXAGONAL SECTIONS OF RODS
Abstract:

Analytical dependences of the optimal geometric relationship determination to the minimum weight and cost criteria’s of the active part obtained. The benefits of non-traditional construction of tree-phase planar and spatial axial static electromagnetic systems with combined butt magnetic cores relatively to the traditional construction with rectangular outer contour andsection of rodof planar magnetic core are shown.

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References
1. Avdieieva E.A. Sravnitelnyi analis planar-noi i pronstranstvennoi aksialnoi trehfaznih elec-tromagnitnih sistem s parallelnimi obrazu-yuschimi poverhnostjami stergnei i obmotochnih okon (massostoimostnie pokazateli, [The Com-parative Analysis of Planar and Spatial Axial three-phase Electromagnetic Systems with Paral-lel Forming Surfaces of Rods and Coil Windows (Mass and Cost Indicators)], (2012), Elektro-tehnіka i Elektromehanіka Publ, Vol. 4, pp. 15 – 20 (In Russian).
2. Konovalov O., and Podyachev V.N. Os-novnie tehnicheskie trebovanija k transforma-torno-reaktornomu oborudovaniju v sovremennih uslovijah [The Main Technical Requirements for the Transformer and Reactor Equipment in Mod-ern Conditions], (2010), Energetic Publ., Vol. 8, pp. 29 – 31 (In Russian).
3. Bormosov V.A., Kostousov M.N, Petrenko A.F., and Smolskaya N.E. Perapektivi I sostojanie razrabotok raspredelitelnih transformatorov mass-ovih serij [Prospects and Status of Development of Mass Series Distribution Transformers], (In Russian), available at: http://www.transform.ru/articles/html/03project/a000001.article (accessed: 13 September 2004).
4. Lizunova S.D., and Lohanina A.K. Silovie transformatori. Spravochnaja kniga [Power Trans-formers. Handbook], (2004), Enerqoatomizdat Publ., Moscow, Russian Federation (In Russian).
5. Stavinskiy A.A., Tischenco I.A., and Ze-lenyi N.I. Perspektivy i osobennosti dal'neishego usovershenstvovaniya induktsionnykh elektromek-hanicheskikh i staticheskikh preobrazovatelei [Prospects and Features Improvement of Induction Electromechanical and Static Transformers], (2010), Electromechanic and Computer Systems Publ., No. 1(77), pp. 64 – 69 [In Russian].
6. Stavinskiy A.A., Stavinskiy R.A. and Avdieieva E.A. Formirovanie struktur staticheskih elektromagnitnih sistem na osnove netraditsionnih obrazujuschih konturov [The Structural Conver-sion of Static Electromagnetic Systems (Variants and Possibilities of Improvement)], (2013), Elec-tromechanic and Computer Systems Publ., Vol. 11(87), pp. 74 – 81 (In Russian).
7. Stavinskiy A.A., Plahtir O.O., and Stavin-skiy R.A. Pokazateli kachestva I strukturnoi opti-mizatsii elektromagnitnih sistem trehfaznih trans-formatorov, reaktorov I drosselej [The Quality and Structural Optimization Indicators of Electromag-netic Systems of Three-phase Transformers, Reac-tors and Chokes], (2003), Elektrotehnіka i Elek-tromehanіka Publ., Vol. 4, pp. 79 – 82 (In Rus-sian).
8. Flanagan W.M. Handbook of Transformers Design and Applications, (1993), Boston, Mc Graw Hil (In English).
9. Hata H., Kamijo H., Fujimoto H., and Na-gashima K. Development of a Superconducting Transformer for Rolling Stock., (2005). Electrical Engineering Research Report Publ., Vol. 20, pp. 52 – 56 (In English).
10. Pefkov R. Optimum Design of a High-Power, High-Frequency Transformer, (1996), Transactions on Power Electronics Publ., IEEE, Vol. 11, No. 1, pp. 33 – 42 (In English).
11. Vincenzini P., and RigamontI A. Devel-opment of a Superconducting Transformer for Rolling Stock, (2006), Railway Technical Research Institut (In Japan), Vol. 47, Issue 1, рр. 24 – 27, doi: 10.4028/www.scientific.net/AST.47.204.
12. Petkov R. Optimum design of a high-power, high-frequency transformer, (1996), Power Electronics, IEEE Transactions on, Vol. 11, Iss. 1, url: http://95.25.47.1/scimag4/10.1109/63.484414. df.
13. Zhang Z., Gao C., and Wang Y. Research on Calculation of Transformer's Parameters with Modern Information Technology (Conference Paper) (2011) International Conference on Ad-vances in Computer Science, Environment, Ecoin-formatics, and Education, CSEE 2011, Vol. 217, CCIS, Iss. Part 4, рр. 148 – 153. ISSN: 18650929. ISBN: 978-364223338-8Source Type: Book se-ries Original language: English, doi: 10.1007/978-3-642-23339-5_27Document Type: Conference Paper. URL: http://sci-hub.org/pdfcache/3f78dc5a7725 2a37050bed09916ff09d.pdf
14. Amoiralis E.I.a , Georgilakis P.S.a , Tsili M.A.b , Kladas A.G.b , and Souflaris A.T.c. A Complete Software Package for Transformer De-sign Optimization and Economic Evaluation Analysis, Conference Paper, (2011), Vol. 670, pp 535–546. ISSN: 02555476. ISBN: 978-087849215-2. CODEN: MSFOESource. Type: Book series Original language: English, doi: 10.4028/www.scientific.net/MSF.670.535 Document Type: Conference Paper. URL:http://users.ntua.gr/pgeorgil/Files/J53.pdf.
15. El Hayek, J. Transformer Design as a Key for Efficiency Optimization (2010), Confer-ence Paper, 19th International Conference on Electrical Machines, ICEM 2010; Rome; Italy; 6 September 2010 through 8 September 2010; Cate-gory numberCFP1090B; Code 82728.ISBN: 978-142444175-4Source Type: Conference Proceed-ing Original language: English, doi: 10.1109/ICELMACH.2010.5607734 Document Type: Conference Paper. URL: http://sci-hub.org/pdfcache/94f4488e2e57 3485a49cfab359a9b35.pdf.
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