Mukesh Pushkarna

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This paper presents a modified id-iq based control algorithm for time varying active and reactive power control and load harmonics compensation by DSTATCOM under load fluctuations. The proposed scheme of control algorithm has been introduced for enhancing steady-state performances in addition to useful elimination of power quality disturbances. Employing a(More)
This paper describes an improved SRF (Synchronous Reference Frame) based control technique or algorithm for time varying power flow control and optimum load compensation of non-linear loading under abnormal or disturbed source voltage by D-STATCOM designed for three-phase three wire systems. The improved algorithm is based on the active power separation and(More)
The most important concern regarding a power system is the quality of its power. The main cause of most of the issues is nonlinear loads only. D-STATCOM has turned out to be a good solution to solve this problem because of its ability to compensate reactive power and harmonic components demand of the nonlinear loads. This paper presents comprehensive(More)
When D-STATCOM which stands for DISTRIBUTION STATIC COMPENSATOR is used for load compensation, the accuracy of identifying the compensation current needed by the tracking system is very essential for effective compensation under polluted source voltage condition and that further depends upon the control algorithm applied. At present there is several control(More)
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