| Title |
Damping Control Strategy and Analysis Model of Static Synchronous Series Compensator(SSSC) |
| Authors |
김학만(Kim, Hak-Man) ; 전영환(Chun, Yeong-Han) ; 오태규(Oh, Tae-Kyoo) |
| Keywords |
Static Synchronous Series Compensator(SSSC) ; Stability Analysis Model ; Energy Function ; Robust Control Strategy |
| Abstract |
This paper addresses a damping control strategy of Static Synchronous Series Compensator(SSSC) and analysis model for stability study. The effect of injected voltage source generated by SSSC is modelled as equivalent load. This model is thought to be reasonable for the stability study because the dynamics of SSSC is very fast compared with that of power system. Damping controller of SSSC is based on Transient Energy Function method. The proposed control strategy is insensitive to the operating conditions like power flow level because control law depends on the phase angles. The proposed analysis model and control strategy was confirmed by WSCC 9 bus system and two area system. Especially, the robustness of proposed control strategy is demonstrated with respect to multiple operating conditions in two area system. |