| Title |
Constrained Multi-Area Dispatch Scheduling Algorithm with Regionally Distributed Optimal Power Flow Using Alternating Direction Method |
| Authors |
정구형(Chung, Koo-Hyung) ; 김발호(Kim, Bal-Ho) ; 이종주(Lee, Jong-Joo) ; 김학만(Kim, Hak-Man) |
| Keywords |
Constrained Dispatch Scheduling Algorithm ; Mixed Integer Programming ; Generalized Benders Decomposition ; Alternating Direction Method ; Regional Decomposition |
| Abstract |
This paper proposes a constrained multi-area dispatch scheduling algorithm applicable to interconnected power system operations. The dispatch scheduling formulated as an MIP problem can be efficiently computed by GBD algorithm. GBD guarantees adequate computation speed and solution convergence by reducing the dimension of the dispatch scheduling problem. In addition, the regional decomposition technique based on ADM is introduced to obtain efficient inter-temporal OPF solution. It can find the most economic dispatch schedule incorporating power transactions without each regional utility's private information open. |