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Fast and accurate synchrophasor measurements are of crucial importance for monitoring next-generation power distribution networks. While most of the Phasor Measurement Units (PMUs) used nowadays in transmission networks rely on static phasor models, more sophisticated models and stricter accuracy requirements are necessary to track amplitude, phase and frequency changes of power waveforms in strongly...
This paper focuses on the construction confidence intervals and confidence limits of products' reliability based on the distribution-based model, a widely applied degradation model. The model is briefly reviewed in the first place with a focus on the sources of uncertainties associated with it. By simulating the propagation of these uncertainties, a simulation-based approach for the constructions...
In the near future, Phasor Meaurement Units (PMUs) are expected to play a key role not only in power transmission networks, but also to monitor power flows within distribution networks. Unfortunately, in order to face the challenges of next-generation smart grids, faster and more accurate techniques have to be developed for measuring waveform phasors, fundamental frequencies and rate of change of...
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