| Summary: | 碩士 === 國立臺灣海洋大學 === 電機工程學系 === 92 === Abstract
Wide area measurements in large-scale power systems have become feasible due to the technology of GPS-based Synchronized Phasor Measurement Units. Synchronized phasor measurements have been proven useful for many control and monitoring applications in power system.
The main purpose of this thesis is to study the power system low frequency oscillation and installs analysis design process the power system stable controller, and consideration use Synchronized Phasor Measurement Units of the Power System Stabilizer reality serves the question which possibly produces：installs the place, the signal transfer detention with delay the signal effect to influence the power system stability. In this research, the maxima of the load capacity area for the best installing with the remote signal measurement place and the time delay phenomenon increases the new mode about of time delay, causes the system to tend to the vibration.
Keyword: GPS, Synchronized Phasor Measurements, Power System Low Frequency Oscillation, Power System Stabilizer, Time Delay.
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