IEEE Transactions on Industry Applications · 1986 · 13 citations · 8 references
EngineeringElectrical EngineeringSystems EngineeringEnergy SystemsInstrumentationPower ElectronicsElectrical MeasurementElectrical MetrologyElectrical System DiagnosticsHarmonic AnalysisPower Factor CorrectionPower QualityElectrical Measurement SystemsElectrical System ReliabilityHarmonic Spectrum AnalysisHarmonicsPower MeasurementPower Quality ImprovementPower Quality MeasurementTotal Harmonic Distortion
Any industrial plant that has a considerable amount of rectification may experience harmonic-related problems (e.g., solid-state control circuit malfunctioning, communication noise, etc.). The application of power-factor correction capacitor banks to such a system will generally increase the likelihood of such problems occurring. To properly identify the cause of such problems and, in some cases, recommend solutions, an on-line analysis of the system may be necessary. This usually involves a harmonic analysis of the current or voltage waveforms observed in the electrical system. A description of an automated on-line harmonic measurement system used by the authors will be presented along with the advantages of using such a system. In addition, two specific examples showing the application of an automated on-line harmonic measurement system will also be presented.
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