| Title |
Reliability Assessment of AC and DC Transmission System Including Wind Power Generators |
| Authors |
김규형(Gyu-Hyoung Kim) ; 정희원(Hui-Won Jeong) ; 차준민(Junmin Cha) |
| DOI |
https://doi.org/10.5370/KIEE.2021.70.12.1806 |
| Keywords |
Forced Outage Rate; HVAC; HVDC; Availability; Power Conversion Station; Wind Turbine; Reliability |
| Abstract |
The supply of renewable energy is expanding around the world, and Korea plans to expand the amount of wind power plants among renewable energy. As wind power complexes are added, the reliability of the system is important. The failure rate of the entire system may vary depending on the failure rate of the component.
In this paper, the serial and parallel structures of HVAC and VSC-HVDC were composed and the failure rate for each component was calculated. Then, the failure rate of wind power generators was calculated through the failure rate data for each component of the wind power generator failure rate was calculated. The system failure rate from generators to power-linked point including wind power generators was assessed and the power transmission system failure rate was compared depending on the number of wind power generators. |