Abstract
This paper presents a digital simulation study of the use of a static thyristor-controlled phase shifter as an effective power controller to enhance system stability and to damp the line electromechanical oscillations, hence to improve AC tie line capacity. A dynamic model of the static phase shifter is incorporated in the integrated power system dynamics; the unified state space form is used to investigate digital and analog control laws to transform static phase shifters into viable tools in enhancing interconnected power system steady state stability.
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