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In today’s scenario, global warming is a major issue for the environment. To fight this issue, the shift from nonrenewable sources to renewable sources and the use of electric vehicles are increasing day by day. The bidirectional converters are the crucial device to run such renewable plants and electrical cars, where bidirectional power exchange is needed. To make a more efficient and reliable system, advanced or interleaved multiphasing technologies are required. A new interleaving bidirectional DC-to-DC converter is proposed in this paper to minimize the input current ripples and increase power handling capacity. This paper mainly describes the analysis of interleaved bidirectional converters in steady-state and two- and three-phase interleaved converter closed-loop simulations in both modes. The results show the interleaving of inductor-currents and stiff output voltage along with the bidirectional power flow capability, and the waveforms of interleaved inductor current, input current ripples, and output voltage are presented.
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Parmar et al. (2025) studied this question.
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