Design and Optimization of Oil-Cooled Medium-Frequency Transformers with Foil Winding and Toroidal Core for High Power Applications
Zusammenfassung
Due to the continuous development of semiconductor technology, the operating frequency of medium-voltage DC systems has been increasing, resulting in a reduction in the size and weight of medium-frequency transformers(MFTs). However, the increase in frequency and the decrease in size have brought many challenges to the design of MFTs. Finding a trade-off between insulation, cooling system, losses, and electrical parameters has become the key to achieving high power density and high efficiency. In this thesis, a structure of medium-frequency transformer with toroidal core and foil windings for high-current, high-power applications is presented, for which analytical models from the literature have been adapted in order to achieve an optimal design. The final results are experimentally validated.
Schlagworte
Large Agricultural Machinery Medium-Frequency Transformers High-Power Aplications Medium Voltage Oil-Cooled- 1–12 1 Introduction 1–12
- 21–52 3 Windings 21–52
- 121–124 A Appendix 121–124
- 125–138 Bibliography 125–138