PROJECT TITLE :

Estimation, Control and Prediction of Voltage Level and Stability at Receiving Node

ABSTRACT:

Receiver voltage stability is addressed in this article. Voltage stability and level are intertwined concepts. Although this is a decent indicator of how close you are to the stability limit, it isn't always the case. It is possible to have discrepancies when voltage regulation is done. Regulated voltage levels and voltage stability conditions are impacted as a result of this regulation. Thus, it is appropriate to keep an eye on the voltage stability margin and predict it. Paper presents basic information regarding local power stability and the effect of power supply regulation on stability conditions. It is recommended to use local information to calculate stability conditions and incorporate this parameter into the regulating processes. On-line local measurements and the range of change in Thevenin model parameters derived in off-line research are used to calculate stability margins. The IEEE 14-bus test system (ATP-EMTP) and a node model with voltage regulation were employed in the simulations (Matlab).