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2008•IEEE Transactions on Power ElectronicsRequires access

Design and Realization of SVC based on the Instantaneous Reactive Power Theory

Jiyuan Zhang

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Abstract

In order to improve response speed of Static Var Compensator (SVC),according to method of synchronous symmetrical component and instantaneous reactive power theory,the utility compensator admittance based on instantaneous active and reactive current was deduced,and a 35 kV SVC was designed.The analysis and comparison between the effects of compensation was implemented in Matlab software,and the running results of actual device were given.Simulation and actual operation verify the SVC based on the method has feature of rapid response speed and perfect result of compensation.

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What this paper is about

In order to improve response speed of Static Var Compensator (SVC),according to method of synchronous symmetrical component and instantaneous reactive power theory,the utility compensator admittance based on instantaneous active and reactive current was deduced,and a 35 kV SVC was designed.The analysis and comparison between the effects of compensation was implemented in Matlab software,and the running results of actual device were given.Simulation and actual operation verify the SVC based on the method has feature of rapid response speed and perfect result of compensation.

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Available abstract

In order to improve response speed of Static Var Compensator (SVC),according to method of synchronous symmetrical component and instantaneous reactive power theory,the utility compensator admittance based on instantaneous active and reactive current was deduced,and a 35 kV SVC was designed.The analysis and comparison between the effects of compensation was implemented in Matlab software,and the running results of actual device were given.Simulation and actual operation verify the SVC based on the method has feature of rapid response speed and perfect result of compensation.

Key concepts: Static VAR compensator, AC power, Control theory (sociology), MATLAB, Compensation (psychology), Realization (probability), Admittance, Computer science

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