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Torque control of microturbine based distributed generation system

机译:基于微型曲线的分布式发电系统的扭矩控制

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This paper presents a modeling approach for analysis of Torque, Current and Voltage characteristics. Distributed Generation systems are becoming more popular everyday due to its greater efficiency and eco-friendly behavior. Another advantage of DG System is that it can operate independently or can be connected to a Grid system. In this paper a microturbine based DG System is created using MATLAB and the output is thus connected to the Permanent Magnet Synchronous Generator (PMSG) and the characteristics for Stator Current, Electromagnetic Torque and Rotor Speed are plotted down. Furthermore, the Voltage and Current is also measured across an isolated Resistive Load.
机译:本文介绍了扭矩,电流和电压特性分析的建模方法。由于其提高效率和环保行为,分布式发电系统日常变得越来越受欢迎。 DG系统的另一个优点是它可以独立地操作或者可以连接到网格系统。在本文中,使用MATLAB创建基于MICRICKINE的DG系统,因此输出连接到永磁同步发电机(PMSG),并且绘制了定子电流,电磁扭矩和转子速度的特性。此外,还通过隔离的电阻负载测量电压和电流。

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