In modular multilevel converter (MMC) system, the efficiency and reliability improvements of the power semiconductor devices have always been considered. To lower the power losses and peak junction temperature, the asymmetrical half-bridge IGBT modules were proposed, according to the unequal current distribution of MMC submodules (SMs). The modules were analyzed through power loss calculation and chips’ surface temperature distribution schemes by simulation. The results showed that the power loss and peak junction temperature of the proposed modules were reduced, and the reliability was enhanced at the same time. It was helpful for MMC system to lower the power loss and improve the reliability
In recent years, application of electronic power devices, especially electronic power converters has...
In modular multilevel converters (MMCs), temperature control of semiconductor devices in the submodu...
Tolerance and component aging can cause significant differences in the capacitance values of the sub...
International audienceThis paper presents a loss calculation method based on the selection of IGBTs ...
Abstract-- This paper presents a detailed analysis and improved control strategy for Modular Multile...
Tolerance and component aging can cause signif¬icant differences in the capacitance values of the su...
Tolerance and component aging can cause significant differences in the capacitance values of the sub...
Modular multilevel converters (MMCs) have been conceived as an alternative in front-end converter ap...
Modular multilevel converters (MMCs) have been conceived as an alternative in front-end converter ap...
Tolerance and component aging can cause signif¬icant differences in the capacitance values of the su...
Modular multilevel converter (MMC) is a promising topology in medium/high-voltage applications for i...
Modular Multilevel Converter (MMC) has recently become a popular multilevel topology for high-power ...
In contrast to the conventional half-bridge based MMC (HB-MMC), the full-bridge based MMC (FB-MMC) h...
In recent years, application of electronic power devices, especially electronic power converters has...
This paper presents a detailed analysis and improved control strategy for Modular Multilevel Convert...
In recent years, application of electronic power devices, especially electronic power converters has...
In modular multilevel converters (MMCs), temperature control of semiconductor devices in the submodu...
Tolerance and component aging can cause significant differences in the capacitance values of the sub...
International audienceThis paper presents a loss calculation method based on the selection of IGBTs ...
Abstract-- This paper presents a detailed analysis and improved control strategy for Modular Multile...
Tolerance and component aging can cause signif¬icant differences in the capacitance values of the su...
Tolerance and component aging can cause significant differences in the capacitance values of the sub...
Modular multilevel converters (MMCs) have been conceived as an alternative in front-end converter ap...
Modular multilevel converters (MMCs) have been conceived as an alternative in front-end converter ap...
Tolerance and component aging can cause signif¬icant differences in the capacitance values of the su...
Modular multilevel converter (MMC) is a promising topology in medium/high-voltage applications for i...
Modular Multilevel Converter (MMC) has recently become a popular multilevel topology for high-power ...
In contrast to the conventional half-bridge based MMC (HB-MMC), the full-bridge based MMC (FB-MMC) h...
In recent years, application of electronic power devices, especially electronic power converters has...
This paper presents a detailed analysis and improved control strategy for Modular Multilevel Convert...
In recent years, application of electronic power devices, especially electronic power converters has...
In modular multilevel converters (MMCs), temperature control of semiconductor devices in the submodu...
Tolerance and component aging can cause significant differences in the capacitance values of the sub...