quality Of Power Supply Is Now A Major Issue Worldwide Making Harmonic Analysis An Essential Element In Power System Planning And Design. Power System Harmonic Analysis Presents Novel Analytical And Modelling Tools For The Assessment Of Components And Systems, And Their Interactions At Harmonic Frequencies. The Recent Proliferation Of Power Electronic Equipment Is A Significant Source Of Harmonic Distortion And The Authors Present Effective Techniques To Tackle This Real Engineering Problem. Features Include:
- introduction To The Main Harmonic Modelling Philosophies* analysis Of The Behaviour Of Harmonic Sources, Stressing The Interaction Of Ac/dc Converters With The Power System* information Showing The Reader How To Predict Accurately The Levels Of Voltage And Current Harmonics Throughout The Power System* explanation Of The Techniques Currently Used For The Prediction Of Harmonic Content And The More Advanced Algorithms Recently Developed To Determine Both Characteristic And Uncharacteristic Harmonic Levels* description Of Methods To Facilitate Accurate Assessment Of Harmonic Sources And Precise Harmonic Flow Analysis* practical Guidance On The Prediction Of Unstable Conditions And Uncharacteristic Harmonics
presenting Effective Techniques For The Analysis And Resolution Of Harmonic Interactions, This Valuable Book Will Be An Asset To Engineers And Researchers Involved In The Planning, Design And Operation Of Power Systems. Power System Harmonic Analysis Will Also Serve As A Useful Reference For Postgraduate Students Following Courses In Power Systems And Power Electronics Disciplines.
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presents Novel Analytical And Modelling Tools For The Assessment Of Components And Systems, And Their Interactions At Harmonic Frequencies. The Volume's Ten Chapters Cover An Introduction To The Main Harmonic Modelling Philosophies; Fourier Analysis; Transmission Systems; Direct Harmonic Solutions; The Ac-dc Converter In The Frequency Domain; Harmonic Instabilities; Machine Non-linearities In The Harmonics Domain; Ac-dc Conversion In The Harmonic Domain; Iterative Harmonic Analysis; And Converter Harmonic Impedances. Appendices Cover Efficient Derivation Of Impedance Loci; Pulse Position Modulation Analysis; Pulse Duration Modulation Analysis; Derivation Of The Jacobian; The Impedance Tensor; And Test Systems, Based On The Cigre Benchmark. Special Features Include Description Of Methods To Facilitate Accurate Assessment Of Harmonic Sources And Precide Harmonic Flow Analysis And Practical Guidance On The Prediction Of Unstable Conditions And Uncharacteristic Harmonics. Annotation C. By Book News, Inc., Portland, Or.