Improved Interleaved DC-DC Converter Without Auxiliary Switches: Analysis and Experimental Validation

  • Bhajana, V. V.Subrahmanya Kumar
  • Biswal, Pravat Kumar
  • Drabek, Pavel
  • Kakani, Vijay
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초록

This paper presents a new two-phase interleaved boost converter for photovoltaic applications. An interleaved boost converter improved with an additional resonant circuit is proposed. The auxiliary circuit with a resonant inductor, a capacitor, and two diodes is used to obtain a zero-voltage switching condition. This converter has the advantages of reduced switching losses, better efficiency, and reduced input current ripples. The operating principles and design analysis are also presented. To validate the theoretical analysis, a prototype of a 48 V/260 V/200 W converter system is developed, and an efficiency of 96% is obtained. © Content of this journal is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

키워드

Interleaved boost convertersoft-switchingzero current switching (ZCS)zero voltage switching (ZVS)BOOST CONVERTERRIPPLEFAMILYOUTPUTPV
제목
Improved Interleaved DC-DC Converter Without Auxiliary Switches: Analysis and Experimental Validation
저자
Bhajana, V. V.Subrahmanya KumarBiswal, Pravat KumarDrabek, PavelKakani, Vijay
DOI
10.5152/electrica.2025.24189
발행일
2025
유형
Article
저널명
ELECTRICA
25
1