| Title |
Development of Monitor Positioning Algorithm considering Power System Topology and Distributed Generation |
| Authors |
문대성(Moon, Dae-Seong) ; 김윤성(Kim, Yun-Seong) ; 원동준(Won, Dong-Jun) |
| Keywords |
Distribution System ; Distributed Generation ; Optimization ; Power Quality ; Power System ; Topology |
| Abstract |
This paper presents a monitor positioning algorithm to identify the power quality event source in the distribution system with distributed generations. This algorithm determines the appropriate number of monitors and their locations considering power system topology together with distributed generation. This paper summarizes the guidelines of monitor positioning into five principles and defines the weighting factors according to the principles. To evaluate the adequacy of monitor positioning results, ambiguity indices considering monitor location and system topology are proposed. The optimal number and locations of monitors are determined from optimization routine using the weighting factors and the monitor positioning results are evaluated in terms of ambiguity indices. The algorithm is applied to IEEE 13 bus test feeder and suggests the optimal number and locations of power quality monitors. The proposed approach can realize the expert's knowledge on monitor positioning into a sophisticated automatic computing algorithm. |