Probabilistic evaluation of wind turbine effects on power system transient behavior

Emmanouil Loukarakis
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Abstract

As wind penetration in modern power grids increases, concerns have been expressed over its effect on power system dynamic behavior. Typically this has been evaluated through the solution of specific worst case scenarios. However this approach does not give a complete picture and its results may be misleading. This paper presents a Monte-Carlo based method for evaluating increasing wind penetration effects, through the development of voltage and frequency profiles for the power system buses. Wind turbine models and system operation considerations affecting the results are discussed. Simulations are carried out in software developed in Matlab/ Simulink.
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风电机组对电力系统暂态影响的概率评估
随着现代电网中风渗透能力的增加,人们对其对电力系统动态行为的影响表示了关注。通常,这是通过特定最坏情况的解决方案来评估的。然而,这种方法并没有给出一个完整的画面,其结果可能会产生误导。本文提出了一种基于蒙特卡罗的方法,通过开发电力系统母线的电压和频率分布,来评估增加风穿透效应。讨论了影响结果的风力机模型和系统运行考虑因素。在Matlab/ Simulink开发的软件中进行仿真。
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