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Steady state modelling and ANFIS based analysis of doubly-fed induction generator

机译:双馈感应发电机的稳态建模和基于ANFIS的分析

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The paper presents a new technique for the steady state performance analysis of the DFIG using Adaptive Neuro-Fuzzy Inference System (ANFIS). First, a mathematical model of DFIG in an appropriate d-q reference frame is established. The effect of the excitation voltage vector on the performance characteristics is illustrated to investigate simulations. A novel approach for the performance analysis of DFIG using ANFIS is employed for fast, accurate, and efficient methodology. The proposed ANFIS model has been trained off-line to predict the effect of excitation voltage magnitude, excitation voltage angle and speed on total output power of DFIG without overheating. The performance of the proposed scheme is investigated at different operating conditions. The simulation study indicates accuracy and effectiveness of the ANFIS based modelling of DFIG.
机译:本文提出了使用自适应神经模糊推理系统(ANFIS)对DFIG进行稳态性能分析的新技术。首先,在适当的d-q参考系中建立DFIG的数学模型。说明了激励电压矢量对性能特性的影响,以研究仿真。一种使用ANFIS进行DFIG性能分析的新颖方法可用于快速,准确和高效的方法。所提出的ANFIS模型已经过离线训练,以预测励磁电压幅度,励磁电压角度和速度对DFIG总输出功率的影响而不会产生过热。在不同的操作条件下研究了该方案的性能。仿真研究表明基于ANFIS的DFIG建模的准确性和有效性。

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