| Title |
Eigenvalue Perturbation for Controller Parameter and Small Signal Stability Analysis of Large Scale Power Systems |
| Authors |
심관식(Shim, Kwan-Shik) ; 송성근(Song, Sung-Gun) ; 문채주(Moon, Chae-Ju) ; 이기영(Lee, Ki-Young) ; 남해곤(Nam, Hae-Kon) |
| Keywords |
augmented matrix ; eigenvalue perturbation ; eigenvalue sensitivity ; small signal stability ; power system |
| Abstract |
This paper presents a novel approach based on eigenvalue perturbation of augmented matrix(AMEP) to estimate the eigenvalue for variation of controller parameter. AMEP is a useful tool in the analysis and design of large scale power systems containing many different types of exciters, governors and stabilizers. Also, it can be used to find possible sources of instability and to determine the most sensitivity parameters for low frequency oscillation modes. This paper describes the application results of AMEP algorithm with respect to all controller parameter of KEPCO systems. Simulation results for interarea and local mode show that the proposed AMEP algorithm can be used for turning controller parameter, and verifying system data and linear model. |