Decoupling IPD controller design for three-phase DC/AC inverter

Jinmok Lee, G. Park, Jaeho Choi
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引用次数: 6

Abstract

This paper presents a decoupling IPD voltage control for three-phase DC/AC inverter. Though most of three-phase inverter system for UPS or stand alone renewable energy system have been analyzed by using DQ model and controlled with IPD controller. For the simplification of this DQ model coupled each other, DQ decoupling technique is proposed firstly and so the MIMO system can be changed to SISO system. Secondary, the CRA based design procedure for IPD controller is presented and it satisfies the specified time response and overshoot of the controller, of which parameters are determined practically by trial and error method. Finally, the performance of this proposed algorithm is verified through PSiM simulation.
三相DC/AC逆变器的解耦IPD控制器设计
本文提出了一种用于三相直流/交流逆变器的解耦IPD电压控制方法。目前大多数的UPS或独立可再生能源系统三相逆变系统都采用DQ模型进行分析,并采用IPD控制器进行控制。为了简化这种相互耦合的DQ模型,首先提出了DQ解耦技术,从而将MIMO系统转变为SISO系统。其次,提出了基于CRA的IPD控制器设计方法,该方法满足控制器的时间响应和超调量的要求,并通过试错法实际确定了控制器的参数。最后,通过PSiM仿真验证了该算法的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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