风电对电力系统角稳定性的影响

中文译文
风电对电力系统角稳定性的影响(中文2600字,英文2700字)
摘要
风能转换系统是非常不同的性质与传统发电机组。因此，动态研究必须加以解决，以便将风力为动力系统。角稳定评估风力发电机是一个主要问题在电力系统安全运行。角稳定的风力发电机是由其相应的临界清除时间（建）。在本文中，风力的作用对故障暂态行为调查取代产生2种类型的风力发电机，风力逐渐增加的速度渗透和改变位置的风力资源。仿真分析是建立在14总线测试系统的软件/，这使获得一个广泛的网格组件，以及相关的风力机模型。
关键词：角稳定性，横向，风机，风渗透。

英文原文
Impact of Wind Power on the Angular Stability of a Power System
Abstract
Wind energy conversion systems are very different in nature from conventional generators. Therefore dynamic studies must be addressed in order to integrate wind power into the power system. Angular stability assessment of wind power generator is one of main issues in power system security and operation. The angular stability for the wind power generator is determined by its corresponding Critical Clearing Time (CCT). In this paper, the effect of wind power on the transient fault behavior is investigated by replacing the power generated by two main types of wind turbine, increasing gradually a rate of wind power penetration and changing the location of wind resources. The simulation analysis was established on a 14 bus IEEE test system by PSAT/Matlab, which gives access to an extensive library of grid components, and relevant wind turbine model.