PERSPECTIVE DIRECTIONS FOR DEVELOPMENT OF METHODS AND METHODS OF TECHNICAL DIAGNOSTICS OF ELECTRIC TRANSPORT
Abstract
Transport is one of the most important branches of social production and is designed to meet the needs of the population and social production in transport. City electric transport is a part of the unified transport system of Ukraine and in accordance with the Law of Ukraine "On Transport" meets the requirements of state production and national security, has an extensive infrastructure for the provision of all transport services.
Particularly important is the priority development of urban electric transport in the new economic conditions, which are determined by the market environment, where there is a rapid growth in the use of road transport for passenger traffic in the cities of Ukraine, and oil reserves are limited not only in Ukraine but throughout the world.
Road transport is one of the largest polluters and consumers of energy resources, while urban electric transport remains the most efficient, economical, environmentally friendly and affordable vehicle, its services are used by the majority of the population of any city. However, the status of urban electric transport, especially with regard to rolling stock, is defined as a crisis.
For the objective necessity of overcoming the crisis phenomena while providing the rolling stock of city electric transport, new approaches are needed to determine their technical and operational properties at all stages of their life cycle, which increases the competitiveness of city electric transport in market conditions. Focusing on increasing the competitiveness of municipal electric transport due to the quality of the rolling stock is a priority for the development of the transport system in the cities of Ukraine. The refusal, and in many cases the lack of scientific study of these issues, is one of the main factors behind the backwardness of the quality of the domestic rolling stock from the world class.
Therefore, the development of promising areas for the development of methods and tools for the technical diagnosis of electric transport, as well as a conceptual approach to determining the technical and operational properties in its life cycle, is an important task for urban transport systems and transport systems of the state.
Keywords: electric transport, method, diagnostics, repair, forecasting, resource, state.
References
Література
Шавкун, В. М. Методи моніторингу параметрів тяго-вих електричних двигунів в процесі експлуатації рухомого складу міського електротранспорту [Текст] / В. М. Ша-вкун, В. М. Бушма // Комунальне господарство міст: на-ук.-техн. зб. – ХНАМГ.: технічні науки і архітектура, 2011. – Вип. 97. – С. 272-278.
Яцун, М. А. Експлуатація та діагностування електри-чних машин і апаратів [Текст] / М. А. Яцун, А. М. Яцун. – Львів.: «Львівська політехніка», 2010. – 228 с
Шавкун, В. М. Вплив періодичності діагностування на показники надійності тягових електродвигунів рухомого складу електротранспорту [Текст] / В. М. Шавкун, С. П. Шацький // комунальне господарство міст: наук.-техн. зб. – ХНАМГ.: технічні науки і архітектура, 2011. – Вип. 101. – С. 265-269.
Шавкун, В. М. До питання підвищення надійності тя-гових електричних двигунів та ресурсозбереження на рухомому складі міського електричного транспорту [Текст] : Наук.-техн. зб./ В. М. Шавкун // Комунальне господарство міст:, серія: технічні науки і архітектура. ХНАМГ. – 2010. – Вип. 97. – С. 272-278.
Castaldi, P., Tilli, A. (n.d.) Parameters estimation of indyction motor at standstill with magnetic flux monitoring. Accepted for the publication on IEEE Transaction on Contrl System Technology : to appear.
Peresada, S., Montanari, M., Till, A., Bolotnikov, A. (2007). A speed-sensorless indirect field-oriented control for induction motor : theoreticfl result and experimental evaluation. Zb sciences Dniprodzerzhinsky State University Ave. Problems of automated electric drive. Theory and practice, 60–65.
Douglas, H., Pillay, P. Ziarani, A. (2003). Detection of broken rotor bars in induction motors using wavelet analysis. IEEE transactions on industrial electronics, 3, 452– 460.
Stefan, J., Bodson, M. (1994). Real-time estimation of the parameters and fluxes of induction motors. IEEE Transactions on Industrial Applications, 3, 746–759.
Лукьянов, С. Разработка и внедрение интеллектуаль-ных систем диагностирования технического состояния электрооборудования [Текст] / С.Лукьянов, А. Каранда-ев, С. Сарваров //Вестник Магнитогорского государст-венного технического университета им. Г. И. Носова. - 2014. - № 1(45). – 129 с.
Mehala, N., Ratna, D. (2007). Motor current signature analysis and its applications in induction motor fault diagnosis. International journal of systems applications, engineering & development, 1, 29–35.
References
Shavkun, V. M., Bushma, V. M. (2011). Metodi monіtor-ingu parametrіv tjagovih elektrichnih dvigunіv v procesі ek-spluatacії ruhomogo skladu mіs'kogo elektrotransportu. Komunal'ne gospodarstvo. Tehnіchnі nauki і arhіtektura, 97, 272-278.
Jacun, M. A., Jacun, A. M. (2010). Ekspluatacіja ta dіag-nostuvannja elektrichnih mashin і aparatіv. L'vіv.: «l'vіvs'ka polіtehnіka», 228.
Shavkun, V. M. (2011). Vpliv perіodichnostі dіagnostu-vannja na pokazniki nadіjnostі tjagovih elektrodvigunіv ruhomogo skladu elektrotransportu. Komunal'ne gospodarstvo mіst: nauk.-tehn. Zb. HNAMG: tehnіchnі nauki і arhіtektura, 101, 265-269.
Shavkun, V. M. (2010). Do pitannja pіdvishhennja nadіjnostі tjagovih elektrichnih dvigunіv ta resursozberezhennja na ruhomomu skladі mіs'kogo elektrichnogo transportu. Komunal'ne gospodarstvo mіst, serіja: tehnіchnі nauki і arhіtektura. HNAMG, 97, 272-278.
Castaldi, P., Tilli, A. (n.d.) Parameters estimation of indyction motor at standstill with magnetic flux monitoring. Accepted for the publication on IEEE Transaction on Contrl System Technology : to appear.
Peresada, S., Montanari, M., Till, A., Bolotnikov, A. (2007). A speed-sensorless indirect field-oriented control for induction motor : theoreticfl result and experimental evaluation. Zb sciences Dniprodzerzhinsky State University Ave. Problems of automated electric drive. Theory and practice, 60–65.
Douglas, H., Pillay, P. Ziarani, A. (2003). Detection of broken rotor bars in induction motors using wavelet analysis. IEEE transactions on industrial electronics, 3, 452– 460.
Stefan, J., Bodson, M. (1994). Real-time estimation of the parameters and fluxes of induction motors. IEEE Transactions on Industrial Applications, 3, 746–759.
Lukianov, S., Karandaev, A., Sarvarov, A. and others (2014). Development and implementation of intelektualni systems of diagnosing the technical condition elektrooborudovaniya. Bulletin of Magnitogorsk state technical University. G. I. Nosova, 1(45), 129–134.
Mehala, N., Ratna, D. (2007). Motor current signature analysis and its applications in induction motor fault diagnosis. International journal of systems applications, engineering & development, 1, 29–35.
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