| Title |
Determining Optimal Installed Capacity and the Interconnected Bus of Renewable Energy Sources Considering the Cost of Energy Not Supplied |
| Authors |
김성열(Kim, Sung-Yul) ; 이성훈(Lee, Sung-Hun) ; 김진오(Kim, Jin-O) |
| DOI |
https://doi.org/10.5370/KIEE.2012.61.10.1393 |
| Keywords |
Renewable energy source ; Optimal capacity ; Optimal location ; Restoration matrix |
| Abstract |
Due to environmental regulation and technical improvements, renewable energy sources (RES) are increasingly penetrated and operated in power systems. Clean energy technologies have become cost-competitive with conventional power systems, and in the near future, the generation cost of RES is expected to approach grid parity. In this situation, it should be considered an extraordinarily important issue to be maximized resulting in utilization of RES as well as to develop technologies for efficiency improvement of RES. Therefore, in this paper, the method for determining an optimal installed capacity and interconnected location of RES is proposed in order to minimize the cost of energy not supplied, which can contribute to improve distribution reliability. |