Different paradigms that relate verification and validation to the simulation model have different development process. A simulation model developing process based on Five-Object Framework (FOF) is discussed in this p...Different paradigms that relate verification and validation to the simulation model have different development process. A simulation model developing process based on Five-Object Framework (FOF) is discussed in this paper. An example is given to demonstrate the applications of the proposed method.展开更多
针对五电平中点钳位(Neutral Point Clamped,NPC)变流器直流电容电压平衡问题,分析了五电平NPC变流器空间矢量调制中各开关矢量对直流电容电压平衡的影响,阐述了分调制比区域实现五电平NPC变流器空间矢量调制的控制思想,提出了一种新型...针对五电平中点钳位(Neutral Point Clamped,NPC)变流器直流电容电压平衡问题,分析了五电平NPC变流器空间矢量调制中各开关矢量对直流电容电压平衡的影响,阐述了分调制比区域实现五电平NPC变流器空间矢量调制的控制思想,提出了一种新型直流电容电压自平衡的五电平NPC变流器空间矢量调制策略。该策略将空间矢量图按调制比分区,在低调制比区域(mSV≤0.5),采用目标函数与参考电压分解相结合的方法,在高调制比区域(mSV>0.5),采用平衡矢量优化选择法(Optimized Balancing Vectors Selection,OBVS),分别实现了直流电容电压自平衡的五电平空间矢量调制。仿真和实验表明本文提出的新型调制策略兼具直流电容电压平衡控制功能,计算量小,实现简单,控制效果好。展开更多
文摘Different paradigms that relate verification and validation to the simulation model have different development process. A simulation model developing process based on Five-Object Framework (FOF) is discussed in this paper. An example is given to demonstrate the applications of the proposed method.
