本論文以FPGA為基礎，透過NI CompactRIO設計適用於風力發電機之智慧型孤島偵測電驛，軟體方面應用相關偵測法則設計智慧型電子裝置(Intelligent Electrical Device, IED)，如過/欠頻率、逆電力、頻率變化率與相位跳躍等，並使用LabView模擬軟體對各電驛演算法進行開發及模擬，確保時序與功能之正確性。硬體方面則加入A/D轉換器、週邊元件控制，最後經過整合並完成IED之製作。本論文也參照IEEE Std.1547.1、IEEE Std.929及UL1741相關標準，以Matlab/Simulink建立孤島運轉測試電路，依據測試步驟及方法取得PCC點電壓的波形，再將模擬波形依序送進波形重現器，而波形重現器會將輸入資料轉換為電驛可以接受的數位訊號，最後，對電驛的性能加以測試，完成智慧型IED之製作。

This hesis presents the development of a FPGA-based islanding relay in a CompactRIO for wind power generation system with islanding detection functions. In software, the latest detection algorithms are introdueced to design IED(Intelligent Electrical Device) of islanding relay, such as over/under frequency, over current ,rate of change of frequency and vector jump features. Also using LabVIEW to simulate the action of the relay algorithms that ensure the accuracy of the timing and function. In hardware, the major tasks are develop an A/D converter and peripheral controller. Then, a prototype of FPGA-based islanding relay with mentioned IP cores is ready for test. This thesis also follows the latest standard to simulate the testing circuit under islanding operation by using Matlab/Simulink. According to the testing steps, the voltage waveforms at the PCC will be transform to real signal by using Double relay tester. Then, the real signals are presented to proposed FPGA-based relay. Finally, the performance of the FPGA-based IED is extensively examined.

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