Степенко С. А.: доповіді, тези доповідей

 

Recent Submissions

  • Lysenko, I. V.; Степенко, С. А. (Prague : Czech Technical University, 2015-05-14)
    The paper considers the use of energy saving technologies in the context of ensuring the economic security of Ukraine. The works of domestic and foreign scholars devoted to these issues have been analyzed. It was determined ...
  • Степенко, С. А.; Yershov, R.; Косенко, Р. А. (Prague, Czech Republic., 2015)
    The article is devoted to analysis of the power factor correction (PFC) rectifier performance. The use of a zero-current switching quasi-resonant pulse converter instead of a conventional boost converter at the power stage ...
  • Voytenko, V.; Степенко, С. А. (2015-04-21)
    The article presents a comparative analysis of three approaches to the modelling of a zero-current switching quasiresonant boost converter (ZCS-QRBC) performed in Matlab Simulink. The widely used approach based on the use ...
  • Велігорський, О. А.; Косенко, Р. А.; Степенко, С. А. (2014-06-02)
    The photovoltaic (PV) systems are of great interest nowadays due to the depletion of fossil sources and environmental problems (greenhouse gas emissions, air pollutions and effects of accidents at nuclear power plants). ...
  • Денисов, Ю. О.; Степенко, С. А.; Gorodny, A. N.; Kravchenko, A. O. (2014-04-15)
    This article presents a comparative analysis of the input current parameters for active power factor corrector (PFC) based on conventional boost converter (BC) and zero-currentswitching quasi-resonant boost converter ...
  • Степенко, С. А.; Husev, O.; Vinnikov, D.; Іванець, С. А. (2012-10-03)
    The three-level neutral point clamped quasiZ-source inverter has been proposed recently. Due to its features the neutral point clamped quasi-Z-source inverter is especially suitable for renewable energy sources. This ...
  • Husev, O.; Roncero-Clemente, C.; Степенко, С. А.; Vinnikov, D.; Romero-Cadaval, E. (2012-09-04)
    This paper presents a CCM analysis of a new modification of a three-level single phase neutral-point-clamped inverter. The proposed topology combines advantages of the three-level neutral-point-clamped full-bridge inverter ...