首页> 外文会议>2012 IEEE Power Electronics and Machines in Wind Applications. >Analysis and comparison between two wind farms consisting of 500kW midsize turbines and 1.5MW turbines
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Analysis and comparison between two wind farms consisting of 500kW midsize turbines and 1.5MW turbines

机译:由500kW中型涡轮机和1.5MW涡轮机组成的两个风电场的分析和比较

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This paper compares the characteristics of two wind farms of same power capacity having two different size generators. The research compares the performance of mid-size turbines to large turbines. The systems were modeled in MATLAB-Simulink. With rapid development in wind power generation it's necessary to study the different characteristics of wind farms having different generator configurations. A 9MW wind farm consisting of eighteen Fixed Speed Induction Generators (FSIG) with STATCOM at the terminals of the wind farm is compared to a 9MW wind farm consisting of six Doubly Fed Induction Generators (DFIG) interfaced with Power Electronics on the rotor. The models of FSIG wind power generation system and DFIG wind power generation system connected to the grid are built. An analysis on total power available for transmission, reactive power consumption at different wind speeds (cut in, rated, cut off), power loss due to loss of turbines.
机译:本文比较了具有两个不同大小的发电机的具有相同功率容量的两个风电场的特性。该研究比较了中型涡轮机和大型涡轮机的性能。系统在MATLAB-Simulink中建模。随着风力发电的迅速发展,有必要研究具有不同发电机配置的风电场的不同特性。一个9兆瓦的风电场包括18个固定速度感应发电机(FSIG),在风电场的末端带有STATCOM,而9兆瓦的风电场则包括六个与转子上的电力电子设备相连的双馈感应发电机(DFIG)。建立了并网的FSIG风力发电系统和DFIG风力发电系统的模型。分析可用于传输的总功率,不同风速(切入,额定,切断)下的无功功率消耗,由于涡轮机损耗而造成的功率损耗。

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