REFERENCES
- R.G. Farmer , A. L. Schwalb , and E. Katz , “ Navajo project report on subsynchronous resonance analysis and solutions ”, IEEE Trans., Power Apparatus and Systems , Vol- 96 , pp. 1226 – 1232 , 1977 .
- Y. N. Yu , Electric power system dynamics , Academic Press , New York , 1983 .
- A. Yan and Y. N. Yu , “ Multi-mode stabilization of torsional oscillations using output feedback excitation control ”, IEEE Trans. Power Apparatus and Systems , Vol- 101 , pp. 1245 – 1252 , 1982 .
- Y. Y. Hsu and C. J. Wu , “ Design of PID static Var controllers for the damping of subsynchronous oscillations ”, IEEE Trans. Energy Conversion , Vol- 3 ,pp. 210 – 216 , 1988 .
- R. M. Hamouda , M. R. Iravani , and R. Hackam , “ Torsional oscillations of series capacitor compensated AC/DC systems ”, IEEE Trans. Power Systems ,Vol- l , pp. 889 – 896 , 1989 .
- M. R. Iravani and R. M. Mathur , “ Damping subsynchronous oscillations in power systems using a static phase-shifter ”, IEEE Trans. Power Systems ,Vol- 1 , No. 2 , pp. 76 – 83 , 1986 .
- N. G. Hingorani , B. Bhargava , G. F. Garrigue , and G. D. Rodriguez , “ Prototype NGH subsynchronous resonance damping schemepart 1-field installation and operation experience ”, IEEE Trans. Power Systems , Vol- 2 ,pp. 1034 – 1039 , 1987 .
- E. Eitelberg , J. C. Balda , E. S. Boje , and R. G. Harley , “ Stabilizing SSR oscillations with a shunt reactor controller for uncertain levels of series compensation ”, IEEE Trans. Power Systems , Vol- 3 , pp. 936 – 943 , 1988 .
- IEEE COMMITTEE, “ First benchmark model for computer simulation of subsynchronous resonance ”, IEEE Trans. Power Apparatus and Systems ,Vol- 96 , pp. 1565 – 1572 , 1977 .
- IEEE COMMITTEE , “ Second benchmark model for computer simulation of subsynchronous resonance ”, IEEE Trans. Power Apparatus and Systems ,Vol- 104 , pp. 1057 – 1066 , 1985 .
- J. D. Rogers , R. I. Schermer , B. L. Miller , and J. F. Hauer , “ 30 MJ superconducting magnetic energy storage system for electric utility transmission stabilization ”, Proc. IEEE , Vol- 71 , pp. 1099 – 1107 , 1983 .
- H. J. Boenig and J. F. Hauer , “ Commissioning tests of the Bonneville Power Administration 30 MJ superconducting magnetic energy storage unit ”, IEEE Trans. Power Apparatus and Systems , Vol- 104 , pp. 302 – 312 , 1985 .
- K. S. Tarn and P. Kumar , “ Impact of superconductive magnetic energy storage on electric power transmission ”, IEEE Trans. Energy Conversion ,Vol- 5 , pp. 501 – 511 , 1990 .
- S. Banerjee , J. K. Chatterjee , and S. C. Tripathy , “ Application of magnetic energy storage unit as load frequency stabilizer ”, IEEE Trans. Energy Conversion , Vol- 5 , pp. 46 – 51 , 1990 .
- I. M. El-Amin and M. M. Hussain , “ Application of a superconducting coil for transient stability enhancement ”, Electric Power Systems Research , Vol- 17 ,pp. 219 – 228 , 1989 .
- Y. Mitani , K. Tsuji and Y. Murakami , “ Application of superconducting magnet energy storage to improve power system dynamic performance ”, IEEE Trans. Power Systems , Vol- 3 , pp. 1418 – 1425 , 1988 .
- O. Wasynczuk , “ Damping subsynchronous resonance using energy storage ”, IEEE Trans. Power Apparatus and Systems , Vol- 101 , pp. 905 – 914 , 1982 .
- Y. S. Lee and C. J. Wu , “ Application of superconducting magnetic energy storage unit on damping of turbogenerator subsynchronous oscillation ”, IEE Proc. Part C , Vol- 138 , pp. 419 – 426 , 1991 .
- C. J. Wu and Y. S. Lee , “ Application of simultaneous active and reactive power modulation of superconducting magnetic energy storage unit to damp turbine-generator subsynchronous oscillations ”, paper 92 WM 001-8 EC presented at the IEEE/PES 1992 Winter Meeting , New York .
- T. Kailath , Linear System , Prentice-Hall , 1980 .
- B. Carnahan , H.A. Luther , and J. O. Wilkes , Applied Numerical Methods , Wiley , 1969 .