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Identification of VSD System Parameters with Particle Swarm Optimization Method

机译:粒子群算法在VSD系统参数辨识中的应用

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A VSD system, which consists of an inverter & an induction motor, is now widely used in all kinds of application. But from the view point of an end user, neither the motor parameters in the mathematics model nor the vector controller structure are known. In this paper a PSO algorithm is programmed with IEC61131-3 language to estimate the parameters for the VSD system, based on the hardware of a vector controlled inverter, in order to reach the similar dynamic performance as a DC motor system. The PSO algorithm could be a kind of alternative approach of present parameter identification functions, for its requirements on the speed of CPU and volume of memory are low, while it converges quickly. It's especially helpful for the adjustment of complicated control system, when the technical requirements are clear & measurable.
机译:由变频器和感应电动机组成的VSD系统现已广泛用于各种应用中。但是从最终用户的角度来看,数学模型中的电动机参数和矢量控制器结构都不是已知的。在本文中,使用矢量控制逆变器的硬件,使用IEC61131-3语言对PSO算法进行编程,以估计VSD系统的参数,以达到与直流电动机系统类似的动态性能。 PSO算法可能是当前参数识别功能的一种替代方法,因为它对CPU速度和内存容量的要求较低,但收敛速度很快。当技术要求清晰可测时,对于调整复杂的控​​制系统特别有用。

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