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Unlock Deeper Power Quality Insights with ProVision's Waveform Capture Point Table
This white paper explores how the Waveform Capture Point Table in ProVision enables precise estimation of ring frequency, phase shift, power factor, and crest factor from captured waveforms. By leveraging this tool, operators can obtain quantitative measurements for diagnosing and troubleshooting power quality issues, even after events have occurred. The paper details step-by-step methods for extracting these parameters and demonstrates the value of numerical analysis in identifying resonance, phase relationships, and waveform distortion.
Key topics include:
- Overview of the Waveform Capture Point Table
- Estimating Ring Frequency
- Measuring Phase Shift and Power Factor
- Calculating Crest Factor
- Comparing Methods and Practical Applications
Why utilities should care:
Accurate waveform analysis supports faster identification of resonance, phase, and distortion issues, enabling improved troubleshooting, system reliability, and informed mitigation strategies. Quantitative post-event analysis enhances operational efficiency and power quality management.
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