Abstract:
Due to the increasing requirement of precise control and equipment performance of a modern facility, the appearance of voltage harmonics in the power system has drawn gre...Show MoreMetadata
Abstract:
Due to the increasing requirement of precise control and equipment performance of a modern facility, the appearance of voltage harmonics in the power system has drawn great attention. Its impact on three-phase induction motors is one of the major concerns in industrial power systems. This paper uses a real load test to investigate the performances of a three-phase induction motor under different voltage distortion factors (VDF). The monitored qualities include motor efficiency, temperature rise, and torsional vibration. Adequacy and suggestions to the related regulations of harmonics control and limits are also presented.
Date of Conference: 03-08 May 1998
Date Added to IEEE Xplore: 06 August 2002
Print ISBN:0-7803-4509-6
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Motor Performance ,
- Induction Motor ,
- Harmonic Voltage ,
- Harmonic Effect ,
- Three-phase Motor ,
- Power System ,
- Temperature Rise ,
- Real Test ,
- Motor Efficiency ,
- Torsional Vibration ,
- Pollution ,
- Low Efficiency ,
- Phase Difference ,
- Distribution System ,
- Power Source ,
- System Configuration ,
- Electrical Engineering ,
- Voltage Waveforms ,
- Power Quality ,
- Positive Sequence ,
- Harmonic Order ,
- Magnetomotive Force ,
- Impact Of Different Levels ,
- Low-order Harmonics ,
- Power Electronic Devices ,
- Current Harmonics ,
- Stator Winding
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Motor Performance ,
- Induction Motor ,
- Harmonic Voltage ,
- Harmonic Effect ,
- Three-phase Motor ,
- Power System ,
- Temperature Rise ,
- Real Test ,
- Motor Efficiency ,
- Torsional Vibration ,
- Pollution ,
- Low Efficiency ,
- Phase Difference ,
- Distribution System ,
- Power Source ,
- System Configuration ,
- Electrical Engineering ,
- Voltage Waveforms ,
- Power Quality ,
- Positive Sequence ,
- Harmonic Order ,
- Magnetomotive Force ,
- Impact Of Different Levels ,
- Low-order Harmonics ,
- Power Electronic Devices ,
- Current Harmonics ,
- Stator Winding
