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This paper proposes an automatic discrete slow voltage controller, which is motivated towards implementation in the western Oregon system in Pacific Northwest. This part of the system is far from generators and the main voltage control devices are capacitor banks, reactor banks and LTC transformers. The project pursues a model-based approach for selecting(More)
This paper proposes real-time stability monitoring algorithms using synchrophasor data in distributed architectures. By dividing the computations between a central computer and multitude of local computers at the substation level, the algorithms efficiently detect instability mechanisms in the large-scale power system from wide-area power system(More)
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