Harmonics in power system - Fadnis, Avantika
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The conventional transmission systems had the alternators loaded with linear load. The analysis of the synchronous machines in these systems is done with the help of conventional two-axis theory. Because of the several advantages of the H.V.D.C. system, D.C. transmission is gaining popularity throughout the world. Due to switching action of the convertor and the inverter, the alternators of such systems experience a non-linear load. Due to this, harmonics are introduced in the line currents of alternator, which have their own effects. This work explores the effects of harmonics,produced due to…mehr

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Produktbeschreibung
The conventional transmission systems had the alternators loaded with linear load. The analysis of the synchronous machines in these systems is done with the help of conventional two-axis theory. Because of the several advantages of the H.V.D.C. system, D.C. transmission is gaining popularity throughout the world. Due to switching action of the convertor and the inverter, the alternators of such systems experience a non-linear load. Due to this, harmonics are introduced in the line currents of alternator, which have their own effects. This work explores the effects of harmonics,produced due to power switching devices,on the operation of synchronous generator. An attempt is made for experimental verification, validated by theoretical calculation,of the effects of harmonics in power systems
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Autorenporträt
Avantika Yashwant Fadnis, M.E (Electrical Engineering) from Nagpur University. 3 years of industrial experience and 22 years of teaching experience. Currently working as Associate Professor at Y.C college of Engineering, Nagpur.