首页> 外文会议>ICIT 2010;IEEE International Conference on Industrial Technology >Dc bus utilisation in multiphase VSI supplied drives with a composite stator phase number
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Dc bus utilisation in multiphase VSI supplied drives with a composite stator phase number

机译:多相VSI提供的驱动器具有复合定子相数的直流母线利用率

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Multiphase variable-speed drives are typically supplied from a two-level voltage source inverter (VSI). The number of phases of the machine and hence the legs of the inverter can be either a prime or a composite number. Limits of the dc bus utilisation in the linear modulation region have been recently determined in a general manner for all the cases when the phase number is a prime number. The purpose of this paper is to complement that study by investigating the dc bus utilisation when the number of phases is a composite number. The emphasis is placed on stator windings based on multiple three-phase sub-windings, with a single and with multiple neutral points, in symmetrical and asymmetrical configurations. The results are generalised to other possible composite phase numbers. Theoretical findings are verified by experiments on a symmetrical six-phase system with a single neutral point.
机译:多相变速驱动器通常由两级电压源逆变器(VSI)提供。电机的相数以及逆变器的支路可以是素数或合成数。最近,对于相数为质数的所有情况,通常已经确定了线性调制区域中的直流总线利用的极限。本文的目的是通过研究相数为合成数时的直流总线利用率来补充该研究。重点放在基于多个三相子绕组的定子绕组上,该子绕组具有单个和多个中性点,且对称和不对称。将结果推广到其他可能的复合相数。理论发现已通过在具有单个中性点的对称六相系统上的实验进行了验证。

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