| Title |
MEAC Method for Analysis of Power System Stability Improving Effect Considering Run-up SPS Function of HVDC |
| Authors |
이재걸(Lee, Jae-Gul) ; 송지영(Song, Ji-Young) ; 장길수(Jang, Gil-Soo) |
| DOI |
https://doi.org/10.5370/KIEE.2017.66.10.1454 |
| Keywords |
MEAC ; HVDC ; SPS ; Run-up ; Power system stability |
| Abstract |
In spite of continuous increase of electric power demand and new generation plants, it is very difficult to install new transmission line. Therefore, it comes to be difficult to operate the power system stable, so it is required to find another way to get new transmission capacity. Because HVDC transmission system installation is the one of the best option for us, we have undertake the HVDC project in mainland. Buckdangjin-Goduck HVDC project(500kV, 3GW) is currently under construction and Eastern Power HVDC project(500kV, 8GW) is under the study for technical specification. Both of them have the Run-up SPS function for taking action of 765kV Transmission line fault. The Run-up SPS function increases the active power output of the HVDC rapidly when the transmission line between the power plant and network is tripped, thereby preventing the generator from overspeed and improving the power system stability. In this paper, we propose MEAC(Modified Equal Area Criteria) method based on traditional EAC method to quantitatively evaluate the effect of the HVDC run-up SPS function on the power system stability improvement. |