Cascaded doubly fed induction machine system modelling based on Dynamic Reluctance Mesh modelling method

Li Yao, K. Bradley, P. Sewell, D. Gerada
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引用次数: 4

Abstract

Cascaded doubly fed induction generator system is an important application in wind energy industry, and intrigue lots of research interests in recent years. Dynamic reluctance mesh modelling technique can model electrical machines with sufficient practical details thus it is an excellent and effective simulation tool for modelling such systems. This paper models the cascaded doubly fed induction machine system and investigated their frequency relationships as well as power flow conditions under sub synchronous and super synchronous shaft speed. Harmonics due to slotting and saturation are also analysed by DRM tool and it provides potentials for simulating machine systems with power electronics and complicated control schemes.
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基于动态磁阻网格建模方法的级联双馈感应电机系统建模
级联双馈感应发电机系统是风能工业中的重要应用,近年来引起了人们的广泛关注。动态磁阻网格建模技术可以对电机进行充分的实际细节建模,是对电机系统进行建模的一种优秀而有效的仿真工具。本文建立了级联双馈感应电机系统的模型,研究了它们在亚同步和超同步转速下的频率关系和功率流情况。DRM工具还分析了由于开槽和饱和引起的谐波,为模拟具有电力电子和复杂控制方案的机械系统提供了潜力。
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