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Voltage control capability of SVCs is decided by their var reserves, regulation slopes and available margins. In this paper, a sensitivity model for var dispatch is proposed to restore the var reserve of SVC while keeping desirable voltage profile, and the control capability of SVCs is defined by the available control margin, the slopes, the reference voltage, the static voltage characteristic of...
Traditionally, voltage control capability of the SVCs is described by PV bus model with full capacity available. In this paper, based on the sensitivity model for var dispatch and voltage control for SVCs, contributing factors, e.g. the available control margin, slope, reference voltage, static voltage characteristic of the power system, are studied. The numerical results show that: 1) voltage control...
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