本論文旨在探討一系列適用於分析風力發電用繞線型轉子感應發電機，以多部連接形成風場時之負載潮流分析，並研究當發電機組運轉於穩態時，轉子阻抗的變化對於功率輸出之影響。繞線型轉子感應發電機之轉子阻抗值會受轉差率的改變因而有所變動，本論文探討當多部風力帶動感應發電機組併聯至電力系統時，因風速改變而造成轉差率的改變，而對於整個系統其負載潮流所造成的影響。為此本論文提出適合的模型以及數學方程式以建立出分析架構，以瞭解風場於穩態時負載潮流與轉差率之間的關係。

The purpose of this thesis is to study the power flow of wind farms consisting of multiple wound-rotor wind induction generators (WIGs) connected to a power system using a series of suitable mathematical models for studying the WIGs. The thesis determines the influence of the machine output power subject to the variations of rotor impedance of the studied WIGs under steady-state conditions. The influence caused by the wind speed and the associated slip of a wind farm consisting of multiple WIGs on the power flow is examined. To understand the relationship between the studied wind farm with multiple WIGs and power flow of the power system to which WIGs are connected, suitable models and mathematical formulas are also derived and examined.

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