使用HV-IGBT模块的3L和5L ANPC转换器的损耗比较评估

Alan Wilson, S. Bernet
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引用次数: 3

摘要

本文通过对3电平和5电平ANPC-VSCs进行模拟,比较了在大工作点范围内,3电平和5电平ANPC-VSCs在最大应力器件结温下的功率损耗和最大输出电流。最大应力半导体的结温限制了最大允许输出电流,为了计算这些温度,需要功率损耗和热模型。结果表明,在相同的平均开关频率下,3L-ANPC比5L-ANPC输出更大的电流,但在输出谐波质量相当的情况下,两种变换器的性能更具可比性,尽管不相似。
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Comparative evaluation of losses in 3L and 5L ANPC converters using HV-IGBT modules
This paper compares 3-level and a 5-level ANPC-VSCs in terms of the power losses and the maximum output current given by the junction temperature of the most stressed device, in a wide range of operating points, by simulating theses converters with 4.5 kV, 120 A IGBT modules connected in series. The junction temperature of the most stressed semiconductors limits the maximum allowable output current, and in order to calculate these temperatures, power losses and thermal models are needed. The results show that the 3L-ANPC can deliver larger currents compared with the 5L-ANPC at the same average switching frequency, but with a comparable output harmonic quality, the performance of both converters are more comparable, although not similar.
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