psat-2.1.9-mat，电力系统潮流计算

EIGENVALUE ANALYSIS REPORT DOME 2014.05.05(01) Author: Federico Milano, (c) 2010-2014 Federico Milano e-mail: federico.milano@ucd.ie website: faraday1.ucd.ie File: /media/data/research/fmilano/Apps/psat/tests/d_kundur1_svc_mdl.m Date: Wed May 7 16:04:20 2014 Matrix type: state matrix System type: DAE Plane: S-plane Solver: Shur method Library: LAPACK Spectrum: all 40 eigenvalues Matrix size: (40 x 40) STATE MATRIX EIGENVALUES Eigenvalue Main State Real part Imag. Part Damped Freq. Undamped Freq. Damping Eig As # 1 e2q Syn6b 2 -36.541 0 0 0 100 Eig As # 2 e2q Syn6b 3 -36.482 0 0 0 100 Eig As # 3 e2q Syn6b 1 -33.951 0 0 0 100 Eig As # 4 e2q Syn6b 4 -32.594 0 0 0 100 Eig As # 5 e2d Syn6b 4 -30.584 0 0 0 100 Eig As # 6 e2d Syn6b 2 -30.349 0 0 0 100 Eig As # 7 e2d Syn6b 3 -23.707 0 0 0 100 Eig As # 8 e2d Syn6b 1 -23.404 0 0 0 100 Eig As # 9 vm Avr1 1 -18.852 0 0 0 100 Eig As # 10 vm Avr1 4 -18.854 0 0 0 100 Eig As # 11 vm Avr1 3, vr1 Avr1 3 -16.493 3.2704 0.5205 2.6761 98.09 Eig As # 12 vm Avr1 3, vr1 Avr1 3 -16.493 -3.2704 0.5205 2.6761 98.09 Eig As # 13 vr1 Avr1 1, vr1 Avr1 2 -16.131 2.5021 0.39823 2.5981 98.818 Eig As # 14 vr1 Avr1 1, vr1 Avr1 2 -16.131 -2.5021 0.39823 2.5981 98.818 Eig As # 15 delta Syn6b 2, omega Syn6b 2 -0.5247 6.6122 1.0524 1.0557 7.9104 Eig As # 16 delta Syn6b 2, omega Syn6b 2 -0.5247 -6.6122 1.0524 1.0557 7.9104 Eig As # 17 delta Syn6b 4, omega Syn6b 4 -0.53366 6.8118 1.0841 1.0875 7.8103 Eig As # 18 delta Syn6b 4, omega Syn6b 4 -0.53366 -6.8118 1.0841 1.0875 7.8103 Eig As # 19 vf Avr1 1 -8.2551 0 0 0 100 Eig As # 20 vr1 Avr1 2, vr1 Avr1 1 -11.076 2.1835 0.34751 1.7967 98.112 Eig As # 21 vr1 Avr1 2, vr1 Avr1 1 -11.076 -2.1835 0.34751 1.7967 98.112 Eig As # 22 vr1 Avr1 4, vr1 Avr1 3 -11.072 2.1645 0.34448 1.7955 98.142 Eig As # 23 vr1 Avr1 4, vr1 Avr1 3 -11.072 -2.1645 0.34448 1.7955 98.142 Eig As # 24 omega Syn6b 1, delta Syn6b 1 -0.07757 3.8123 0.60675 0.60688 2.0342 Eig As # 25 omega Syn6b 1, delta Syn6b 1 -0.07757 -3.8123 0.60675 0.60688 2.0342 Eig As # 26 vf Avr1 3 -7.3459 0 0 0 100 Eig As # 27 e1d Syn6b 2 -6.1638 0 0 0 100 Eig As # 28 e1d Syn6b 4 -6.201 0 0 0 100 Eig As # 29 e1d Syn6b 1 -4.2961 0 0 0 100 Eig As # 30 e1d Syn6b 3 -4.1366 0 0 0 100 Eig As # 31 delta Syn6b 1 -0 0 0 0 100 Eig As # 32 delta Syn6b 1 0 0 0 0 100 Eig As # 33 e1q Syn6b 1, vr2 Avr1 1 -0.60325 0.49504 0.07879 0.1242 77.303 Eig As # 34 e1q Syn6b 1, vr2 Avr1 1 -0.60325 -0.49504 0.07879 0.1242 77.303 Eig As # 35 e1q Syn6b 3, vr2 Avr1 4 -0.58827 0.49742 0.07917 0.12261 76.361 Eig As # 36 e1q Syn6b 3, vr2 Avr1 4 -0.58827 -0.49742 0.07917 0.12261 76.361 Eig As # 37 vr2 Avr1 2, e1q Syn6b 2 -0.34342 0.29668 0.04722 0.07223 75.673 Eig As # 38 vr2 Avr1 2, e1q Syn6b 2 -0.34342 -0.29668 0.04722 0.07223 75.673 Eig As # 39 vr2 Avr1 3, e1q Syn6b 4 -0.3348 0.296 0.04711 0.07112 74.918 Eig As # 40 vr2 Avr1 3, e1q Syn6b 4 -0.3348 -0.296 0.04711 0.07112 74.918 PARTICIPATION FACTORS (EUCLIDEAN NORM) Eigenvalue delta Syn6b 1 omega Syn6b 1 e1d Syn6b 1 e1q Syn6b 1 e2q Syn6b 1 Eig As # 1 0.00344 0.00343 0.00044 0.00199 0.45353 Eig As # 2 0.00168 0.00172 0.00014 0.00096 0.22516 Eig As # 3 0.00082 0.00084 0.00095 0.00057 0.20726 Eig As # 4 0.00023 0.00022 0.00236 0.00047 0.05966 Eig As # 5 0.00212 0.0021 0.03507 3e-05 0.00017 Eig As # 6 0.00243 0.00247 0.03611 0.00027 0.00271 Eig As # 7 2e-05 2e-05 0.00474 6e-05 0.00018 Eig As # 8 0 0 0.01903 3e-05 0.00012 Eig As # 9 0.00011 0.00011 7e-05 0.00125 0.00203 Eig As # 10 5e-05 5e-05 2e-05 0.00049 0.00079 Eig As # 11 2e-05 1e-05 0.00023 0.00086 0.00134 Eig As # 12 2e-05 1e-05 0.00023 0.00086 0.00134 Eig As # 13 0.00018 0.00019 0.00077 0.00192 0.00265 Eig As # 14 0.00018 0.00019 0.00077 0.00192 0.00265 Eig As # 15 0.22871 0.23073 0.01013 0.00187 0.00139 Eig As # 16 0.22871