Time-Efficient Integrated Electrothermal Model for a 60-kW Three-Phase Bidirectional Synchronous DC–DC Converter

@article{Azer2020TimeEfficientIE,
  title={Time-Efficient Integrated Electrothermal Model for a 60-kW Three-Phase Bidirectional Synchronous DC–DC Converter},
  author={Peter Azer and Romina Rodriguez and Jin-tang Guo and Jacob Gareau and Jennifer Bauman and Hao Ge and Berker Bilgin and Ali Emadi},
  journal={IEEE Transactions on Industry Applications},
  year={2020},
  volume={56},
  pages={654-668}
}
  • Peter Azer, Romina Rodriguez, +5 authors Ali Emadi
  • Published in
    IEEE Transactions on Industry…
    2020
  • Engineering
  • This article introduces an accurate and fast electrothermal model to calculate power loss and junction temperature of power electronic devices in a three-phase dc–dc converter, and to simulate converter dynamics during a simulated drive cycle. The proposed electrothermal model calculates power loss and junction temperature by representing the three-phase dc–dc converter dynamics within a drive cycle using a three-phase state-space average model. The three-phase state-space average model is… CONTINUE READING

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