Rok 2024

• Cascaded Buck Hybrid Interlink Converter for Multiple-Input / Multiple-Output Operation

  Publikacja

  • A. Awadelseed
  • A. Lewicki
  • C. Odeh
  • A. Iqbal

  - Rok 2024

  The provision of isolated- and non-isolated DC output voltages by Power electronics power-conditioning devices in the recent ‘green-energy-revolution’ era is on course. In this paper, a structure for multi-input multi-output(MIMO) DC–DC buck converter is proposed to generate output voltages of varying levels with fewer component-count. The DC output voltage of each of the constituting buck converters can be used independently or...

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Rok 2023

• Increasing the Utilization of dc-link Voltage of a Five-Leg VSI Based on Rotor Angle Control of Dual Induction Motors

  Publikacja

  • D. Kondratenko
  • A. Lewicki
  • C. Odeh

  - Rok 2023

  This paper introduces an increased utilization of the dc-link voltage of a five-leg voltage source inverter (VSI) based on the rotor flux angle control technique for dual induction motors, IM. The main purpose is to utilize additional abilities provided by a multi-motor drive system in limited operating conditions. Generally, a multi-motor drive system is widely used in electric vehicles (EVs), traction systems and in several industrial...

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Rok 2022

• Integrated Three-Level Dual-Phase Inverter

  Publikacja

  • C. Odeh
  • A. Lewicki
  • M. Morawiec
  • A. Jąderko

  - ENERGIES - Rok 2022

  In view of reducing the number of inverter legs that provide dual-phase, three-level output voltages (as may be needed in an uninterruptible power supply), and that also provide a wide range of output frequencies (as needed in an advanced motor drive system with wide speed ranges), a three-level, dual-phase inverter topology is presented in this paper. Its three-level attribute was based on the F-type inverter topological concept,...

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• Single-phase, Five-level Inverter with SPWM-Based Neutral Point Voltage Balancing Scheme

  Publikacja

  • D. Kondratenko
  • A. Lewicki
  • C. Odeh

  - Rok 2022

  Multilevel inverter topologies provide several advantages over two-level inverter configuration. These benefits are the reason for the growing interest in multilevel topologies among research society. One of the most popular topological concepts (diode and active switch clamping) requires neutral-point potential balancing due to series-connected capacitor banks across the input dc link in such derived inverter configurations. This...

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