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Design and Implementation of a Synchronous Generator with Rotor Angle Stability Control for Damping Interarea Oscillations of Interconnected Power Systems via PSS

机译:具有转子角度稳定性控制的同步发电机的设计与实现,通过PSS阻尼Interraea振动互连电力系统的阻尼

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The main aim of this paper is to regulate the rotor angle of the synchronous generator and solve the inter-area mode of oscillation in a power system using a power system stabilizer. That is a major concern. The inter-area modes are basically an interaction between the mechanical parts of the generating plans through the electrical part of the system. So, the transmittance of the electrical power of the areas has a significant influence generally on the damping. Inter-area oscillations are innate to power systems. This type of oscillation is characterized by a group of generators in one area of the system oscillating against another group located in another area. In this paper power system stabilizer (PSS) is used to damp the inter-area mode of oscillation in the power system. In this system simulation model is set up into MATLAB/SIMULINK software.
机译:本文的主要目的是调节同步发电机的转子角度,并使用电力系统稳定器解决电力系统中的区域间振荡模式。这是一个主要问题。区域间模式基本上是通过系统的电气部分产生产生计划的机械部件之间的相互作用。因此,区域的电力的透射率通常对阻尼有显着影响。区域间振荡与电力系统是先天的。这种类型的振荡的特征在于系统在系统的一个区域中的一组发电机,其振荡在另一个区域中的另一个组。在本文中,电力系统稳定器(PSS)用于抑制电力系统中的区域间振荡模式。在该系统中,模拟模型设置为Matlab / Simulink软件。

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