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Advanced DC–DC Converter Topologies for Electric Vehicles: Wide Bandgap Technologies, Emerging Trends and Future Challenges

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This review highlights efficiency and performance of DC–DC converters in electric vehicles, indicating reliance on wide-bandgap technologies.

DC–DC converters for electric vehicles achieve efficiencies of up to 98.9%, enhancing overall vehicle performance.
Bidirectional converters range from 83% to 88% efficiency, while interleaved topologies commonly reach 90% to 96%.
The review covers various topologies, including battery electric vehicles and hybrid electric vehicles, evaluating effectiveness in energy management.
Challenges such as electromagnetic interference and thermal management during fast charging persist, necessitating innovative solutions.

Sakhare et al. (2025) studied this question.

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This review highlights efficiency and performance of DC–DC converters in electric vehicles, indicating reliance on wide-bandgap technologies.