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Open Access REVIEW
Wireless charging technologies for electric vehicles: Inductive, capacitive, and magnetic gear
Version of Record online: 09 December 2023
Open Access ORIGINAL RESEARCH
Experimental evaluation of the backstepping‐based input resistance controller in step‐up DC–DC converter for maximum power point tracking of the thermoelectric generators
Version of Record online: 09 December 2023
This paper introduces the research on the inductance-capacitor-capacitor-inductance grid-connected inverter using active disturbance rejection and grid voltage feedforward coordinated control technology. The pade approximation is performed on the inductance-capacitor-capacitor-inductance filter to derive the first-order discretization mathematical model of the system.
Open Access ORIGINAL RESEARCH
Quasi‐Z‐source inverter with switched‐coupled‐capacitors
Version of Record online: 09 December 2023
This paper presents an improved switched-inductor quasi Z-source inverter that has a higher boost factor compared to similar inverters, which integrates a switched-capacitor and a three-winding switched-coupled inductor into a conventional qZSI. The proposed inverter is called a switched-capacitor trans quasi Z-source inverter (SCT-QZSI). In this topology, the input current is continuous, and a high voltage gain is reachable with low duty cycles. In this structure, capacitors are used instead of the side diodes of the switched-inductor quasi Z-source inverter. The proposed converter has a low inrush current at the startup which might damage the converter components. The performance of the proposed inverter is investigated at different operating modes and the voltage and current equations of all elements are calculated. The analysis, derivation of boost factor, capacitor voltages, and components, of the proposed inverter, are carried out and are compared with similar inverters. Finally, to validate its advantages, analytical, simulation, and experimental results are also presented.
Open Access ORIGINAL RESEARCH
A new soft‐switching high gain DC/DC converter with bipolar outputs
Version of Record online: 09 December 2023
This paper introduces a new single-input multi-output (SIMO) step-up DC/DC converter with soft-switching performance and low input current for renewable energy applications. The proposed topology uses a three-winding coupled-inductor (TWCI) and voltage multiplier circuits to achieve high voltage gains.
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