Metode Yang Dipergunakan Untuk Memperbaiki Respons Stabilitas Peralihan Pada Sistem Tenaga Listrik

Power system stability, in general terms, may be defined as its ability to response to a disturbance from its normal operation or by returning to a condition where the operation is again normal. Stable operation of power system requires a continuous match between input energy to the prime movers and the electrical load on the system. A synchronous power system has transient stability if, after a large sudden disturbance, it can regain and maintain synchronism. Techniques for improving the transient stability response of power system are excitation control, fast valving, series compensation, reducing excess of energy during the transient, reducing the impact of the disturbance on network switching and power modulation of direct-current line