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AUTHOR(S): S. N. Dhurvey , V. K. Chandrakar, Madhyama Wankhede, V. More |
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KEYWORDS FACTS, IPFC, PI,POD, NCD, PWM, Damping of oscillations |
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ABSTRACT This paper displays a new access for determining the powerful firing signals for suppression of oscillations by using Optimized PI Based Interline Power Flow Controller [IPFC] through Nonlinear Control Design Block set. The IPFC performance is tested with Proportional Integral Gain [PI] controllers in comparison with Power Oscillation Damping controller [POD] on Modified Phllips-Heffron Model of Single Machine Infinite Bus system for upgraded damping performance by selecting effective signals such as deviation in pulse width modulation switching of voltage series converter 1 in line 1, converter 2 in line 2 and change in phase angle of the injected voltage of convertor 1, convertor 2. Investigations reveal that optimized PI Based Interline Power Flow Controller exhibits the robust dynamic performance. Eigen value analysis has been done for checking potency of powerful firing signals. |
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Cite this paper S. N. Dhurvey , V. K. Chandrakar, Madhyama Wankhede, V. More. (2016) Performance Evaluation of Optimized PI Based IPFC with POD. International Journal of Power Systems, 1, 69-77
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