Improving EV Fast Charging with SiC Schottky Diodes
About SiC Schottky diodes, their advantage, a comparison between Si and SiC diodes, along with a detailed case study for an in-depth understanding of the concept
Nowadays fast charging through DC is getting more popular. To get faster charge-time it is necessary to have the external power conversion and it is important that this is galvanically isolated. Power electronics should be effective in terms of cost and should be considerably efficient. SiC Schottky diodes can be selectively used for the optimization of power electronics. Battery is charged with the help of the isolated DC output whereas the power conversion is not bound and has the ability of being active or passive with the estimated and normal wattage ranges from 50-300kW in the presence of 200-600 DC. Power conversion can be both unidirectional and bidirectional. The size of the transformer is proportional to the switching frequency This article mainly focuses on the unidirectional power flow in the DC-DC section…
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