1. Frequency Sensitivity and Electro-mechanical Propagation Simulation Study in Large Power Systems.
- Author
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Shu-Jen Tsai, Li Zhang, Phadke, Arun G., Yilu Liu, Ingram, Michael R., Bell, Sandra C., Grant, Ian S., Bradshaw, Dale T., Lubkeman, David, and Le Tang
- Subjects
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ELECTRIC power systems , *GLOBAL Positioning System , *DYNAMICS , *FREQUENCIES of oscillating systems , *OSCILLATIONS - Abstract
A global view of power system's frequency behavior opens up a new window for analyzing system's dynamics. With the aid of global positioning system, measurements from different locations would have synchronous time; therefore a system-wide observation and analysis would be possible. As part of the US-wide power frequency monitoring network project this paper focus on simulation study results of power frequency dynamics of the Eastern U.S. system. The study assesses the frequency measurement accuracy needed to observe frequency dynamics from events such as remote generation drops. Electromechanical-wave propagation phenomena during system disturbances have been observed. The speeds of electromechanical-wave propagation in different areas of the U.S. systems were estimated and their characteristics were discussed. [ABSTRACT FROM AUTHOR]
- Published
- 2007
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